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# Gladiator Technologies

Aerospace Engineering Company, producing MEMS Inertial Sensors

## Sitemaps

- [XML Sitemap](https://gladiatortechnologies.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Press](https://gladiatortechnologies.com/press-old/)
- [AS9100D Audit Results](https://gladiatortechnologies.com/2025/03/as9100d-audit-results/) - Gladiator Technologies Celebrates Five Consecutive Years of Flawless AS9100D Audits We are pleased to announce that Gladiator Technologies has once again passed our AS9100D audit with zero findings for the 5th consecutive year! This achievement highlights our commitment to maintaining the highest quality standards. What is AS9100D and Why is it Important? AS9100D is the
- [Spotlight on the GA50 Accelerometers](https://gladiatortechnologies.com/2025/02/spotlight-on-the-ga50-accelerometers/) - Open Loop Accelerometers for a wide range of applications Precision in a Compact Package GA50 Accelerometers, our high-end, single-axis MEMS open loop accelerometers. Designed for precision and reliability, the GA50 series is ideal for a wide range of demanding applications. Download Brochure Versatile Sensor Design The GA50 Accelerometers are available in multiple G ranges, including
- [Gladiator Trade Show Calendar](https://gladiatortechnologies.com/2025/01/gladiator-trade-show-calendar/) - We are traveling and displaying at some of the largest and best Aerospace and Defense Trade Shows around the world. You're invited to set up a meeting with us to give you a closer look at our solutions and connect with our experts to see how our technologies can solve your challenges, enhance your projects,
- [Gladiator Technologies has Moved to a New Facility.](https://gladiatortechnologies.com/2023/12/gladiator-technologies-has-moved-to-a-new-facility/) - Gladiator Technologies has moved to a new facility.
- [Gladiator Technologies Awarded Multi-year Contract for Joint Air-to-Surface Standoff Missile (JASSM) Program](https://gladiatortechnologies.com/2023/10/gladiator-technologies-awarded-multi-year-contract-for-joint-air-to-surface-standoff-missile-jassm-program/) - Gladiator Technologies awarded multi-year contract for JASSM program by Lockheed Martin
- [Gladiator Technologies Awarded Multi-year Contract for Rolling Airframe Missile (RAM) Program](https://gladiatortechnologies.com/2023/05/gladiator-technologies-awarded-multi-year-contract-for-rolling-airframe-missile-ram-program/) - Gladiator Technologies awarded multi-year contract for Rolling Airframe Missile (RAM) program
- [ION PLANS-2023](https://gladiatortechnologies.com/2023/04/ion-plans-2023/) - Gladiator Technologies will be exhibiting at the Institute of Navigation’s (ION) PLANS 2023
- [ION GNSS+ Conference 2022](https://gladiatortechnologies.com/2022/09/ion-gnss-conference-2022/) - Gladiator Technologies will be exhibiting at the Institute of Navigation’s (ION) GNSS+ 2022.
- [Joint Navigation Conference 2022](https://gladiatortechnologies.com/2022/05/joint-navigation-conference-2022/) - Gladiator Technologies will be exhibiting at the Institute of Navigation’s (ION) Joint Navigation Conference (JNC) 2022.
- [Gladiator Technologies Pushes MEMS Performance with High Speed LandMark 60 IMU](https://gladiatortechnologies.com/2018/09/landmark-60-imu-2018/) - LandMarkTM 60 IMU offers 5kHz data rates and low noise sensors with easy to configure options for application customization. Published on September 26, 2018 Snoqualmie, WA; September 26, 2018 – GLADIATOR TECHNOLOGIES is pleased to introduce its highest performance IMU, the LandMarkTM 60. Designed for precision stabilization, flight control and complex motion, the LandMarkTM 60
- [Gladiator Technologies Releases Next-Generation SX2 Inertial Sensors](https://gladiatortechnologies.com/2021/01/gladiator-technologies-releases-next-generation-sx2-inertial-sensors/) - The next-generation SX2 inertial sensors offer major advancements in inertial performance including ARW as low as 0.0018˚/s/√Hz, 600 Hz Bandwidth, up to 10 kHz data rate and digital message delay below 100µs through improvements to Gladiator Technologies’ proprietary VELOX™ processing technology.
- [News: VELOX™ High Speed Processing](https://gladiatortechnologies.com/2019/04/news-velox/) - With output speeds reaching 10 kHz and message timing as low as 185 μsec, Gladiator Technologies' MEMS IMUs with VELOX™ Processing are the clear choice for inertial engineers requiring high performance at an affordable price.
- [Gladiator Technologies Achieves Aerospace Industry's AS9100D Certification](https://gladiatortechnologies.com/2018/06/as9100d-certification/) - Transition from AS9100C to AS9100D Successfully Completed Gladiator Technologies is pleased to announce that we have achieved third-party certification to AS9100D. The certification applies to all design, distribution, manufacturing and logistics activities at Gladiator Technologies. The company’s previous certification was to AS9100C. The AS9100D standard is based on ISO 9001 but expands on that standard
- [Gladiator Technologies Announces Delivery Milestone on LandMark™ IMU’s Manufactured in Support of Schiebel CAMCOPTER®](https://gladiatortechnologies.com/2016/02/camcopter-milestone/) - LandMark™ Inertial Measurement Unit (IMU) Used in Backup Flight Control Application in Schiebel’s World’s Leading VTOL UAV February 10, 2016 – Gladiator Technologies announced today achieving the manufacturing and delivery milestone of more than 225 LandMark™ IMU’s produced in support of the Schiebel CAMCOPTER®. The LandMark™ IMU is utilized in the backup flight control system
- [G300D MEMS Rate Package Offers Compelling Benefits for New and Retrofit Applications](https://gladiatortechnologies.com/2018/08/g300d-new-and-retrofit-applications/) - Low Noise, High Speed Data Output Three-Axis Gyro Available for Demanding Optical Image Stabilization Applications GLADIATOR TECHNOLOGIES has introduced a three-axis, inertial rate system, the G300D gyro. With small size, low power and high speed, the G300D gyro is particularly well-suited for image stabilization applications. The G300D is just .67 cubic inches, boasts message timing
- [Meet Gladiator Technologies at the Aerospace & Defense Suppliers Summit in Seattle](https://gladiatortechnologies.com/2018/03/aerospace-defense-suppliers-summit-2018/) - Meet Len and Eric at the Aerospace & Defense Suppliers Summit in Seattle March 26-28 to discuss Gladiator Technologies’ new SX Series of MEMS inertial sensors and systems. You can schedule a meeting at sales@gladiatortechnologies.com.
- [Meet Gladiator Technologies at the Military & Aviation Exhibition in Tel Aviv, Israel](https://gladiatortechnologies.com/2018/03/military-aviation-exhibition-2018/) - Meet Mark and Avi at the Military & Aviation Exhibition March 13, 2018 to discuss the new SX Series of IMU's, gyros and accelerometers. You can schedule a meeting at sales@gladiatortechnologies.com or avi@amironic.co.il. Click here for more information.
- [Meet Gladiator Technologies at Dubai Airshow 2017](https://gladiatortechnologies.com/2017/11/dubai-airshow-2017/) - Meet Mark at the Dubai Airshow November 12 - 16, 2017 to discuss Gladiator Technologies' new SX series of inertials, sensors and systems. You can schedule a meeting at sales@gladiatortechnologies.com.
- [Meet Gladiator Technologies at Seoul ADEX in Seoul, South Korea](https://gladiatortechnologies.com/2017/10/seoul-adex-2017/) - Meet Mark at Seoul ADEX October 17-22 to discuss Gladiator Technologies' new "SX Series" product line. You can schedule a meeting at sales@gladiatortechnologies.com.
- [Gladiator Technologies Announces New Website Featuring the New "SX Series" Product Line](https://gladiatortechnologies.com/2017/10/new-sx-series/) - Website Streamlines Product Search and Adds Comprehensive Technical Data Snoqualmie, WA; October 3, 2017 – GLADIATOR TECHNOLOGIES announced today their new website to help visitors easily find, view and evaluate Gladiator Technologies’ product information and technical data. In addition, the site provides video overviews of company capabilities, product benefits and product availability. Entirely refreshed, the
- [Meet Gladiator Technologies Division at the DGON Gyro Symposium in Karlsruhe, Germany September 19-20, 2017](https://gladiatortechnologies.com/2017/09/gyro-symposium-2017/) - Gladiator Technologies will be attending OTC 2017 May 1-4. The team will be showcasing their newest products including LandMark™ 005 IMU, LandMark™ 005 INS/GPS, LandMark™ 007 IMU, LandMark™ 60 IMU, LandMark™ 60 INS/GPS and DIGS 100.
- [2018 Upcoming Shows and Events](https://gladiatortechnologies.com/2018/04/1611/) - IEEE ION PLANS - Monterey, CA April 23-26 Sponsored by the Aerospace and Electronics Systems Society (AESS), and the Institute of Navigation (ION), PLANS is an in-depth technical conference for navigation technology - like the LandMark60 INS/GPS. Contact us to schedule a meeting AUVSI XPONENTIAL - Denver April 30-
- [Come visit us at FIDAE 2018 in Santiago, Chile](https://gladiatortechnologies.com/2018/03/come-visit-us-at-fidae-2018-in-santiago-chile/) - Gladiator Technologies will be attending FIDAE 2018 in Santiago, Chile April 3-8. We'll be presenting our new SX Series of low noise, high performance MEMS inertial sensors and systems. Come and visit us at Booth #C46 or schedule a meeting at sales@gladiatortechnologies.com.
- [Meet Gladiator Technologies at AUSA in Washington DC](https://gladiatortechnologies.com/2017/09/meet-gladiator-technologies-at-ausa-in-washington-dc/) - Meet Mark and Stephen at the PNDC booth #3725 to discuss Gladiator Technologies' new SX Series inertials, sensors and systems. You can schedule a meeting at sales@gladiatortechnologies.com.
- [Meet Gladiator Technologies at ION-GNSS in Portland, Oregon](https://gladiatortechnologies.com/2017/09/meet-gladiator-technologies-at-ion-gnss-in-portland-oregon/) - Gladiator Technologies will attend ION-GNSS in Portland, OR Sept 25-29. You can schedule a meeting with Mark to discuss the new LandMark™005 IMU, LandMark™ 005 INS/GPS, LandMark™ 60 IMU and G300D Gyro at sales@gladiatortechnolgies.com.

## Pages

- [Inertial Systems and Sensors Landing Page](https://gladiatortechnologies.com/) - Inertial Sensors and Systems Check Out Our Newest Product Gladiator Technologies is pushing performance boundaries by combining low noise sensors and high speed data processing. Our products meet the highest inertial sensor demands in a SWaP-C package. Our robust, temperature modeled inertial systems and sensors offer an advancement in inertial technology realized in MEMS IMUs, INS/GNSS,
- [Accelerometers](https://gladiatortechnologies.com/accelerometers/) - MEMS Accelerometers View Products Gladiator Technologies Low Noise MEMS Accelerometers are ideal for precision measurement applications. Choose either our three-axis digital or single-axis analog accelerometer depending on your specific application needs. Low Noise Gladiator designs every one of our accelerometers with low noise MEMS sensors. Low noise is critical to precision measurement. Gladiator products
- [About Gladiator Technologies](https://gladiatortechnologies.com/about/) - Inertial Sensors and Systems Gladiator Technologies Gladiator Technologies is a leading designer and manufacturer of high performance MEMS inertial sensors, systems and integrated GPS. Gladiator is a supplier to Tier 1 OEM’s, Governments and Laboratories. Founded in 2005, the company is located and headquartered in Snoqualmie, WA, USA, near Seattle in Washington State. Gladiator
- [A300D Accelerometer](https://gladiatortechnologies.com/a300daccel/) - A300D Accelerometer New high dynamic, three-axis digital accelerometer The new A300D Accelerometer is Gladiator Technologies’ ultra-low noise three axis MEMS accelerometer with high dynamic range sensors. At only 0.6 cubic inches, the A300D accelerometer comes factory calibrated over the full temperature range, conditioned over environments. View Product Specifications Technical Document Download Package Contact Us About This Product
- [Inertial Measurement Units](https://gladiatortechnologies.com/imu/) - Inertial Measurement Units Gladiator Technologies’ Inertial Measurement Units (IMUs) feature low noise MEMS sensors and VELOX™ high speed processing are ideal for precision motion measurement in SWaP constrained applications. Our IMUs pass extensive factory testing and calibration over environmental conditions including temperature, shock and vibration. IMUs by Gladiator Technologies are a preferred solution by
- [Products - MEMS Inertial Systems and Sensors](https://gladiatortechnologies.com/products/) - Inertial Systems and Sensors See Our SX2 Line of Next Gen Products Accelerometers Gyroscopes IMUs INS/GPS AHRS Accelerometers GA50 The GA50 series high-end open loop MEMS accelerometers are available in various sensing ranges. The accelerometer is based on a bulk micromachined silicon MEMS device and an application specific integrated circuit (ASIC) with an analog front
- [Careers](https://gladiatortechnologies.com/careers/) - Careers Career opportunities at Gladiator Technologies, a leading innovator and manufacturer for Inertial Sensors (IMU, Gyroscopes, Accelerometers) used in demanding commercial aerospace, unmanned systems, defense, motorsports and other commercial applications. Gladiator is expanding rapidly, check below for our current openings: OPEN POSITIONS 4 Open Positions Swing Shift Test Technician Manufacturing Test Associate Precision Assembler Swing Shift
- [Gyroscopes](https://gladiatortechnologies.com/gyroscopes/) - MEMS Gyroscopes View Products Gladiator Technologies Low Noise MEMS Gyroscopes are designed for stabilization applications. Choose from high speed digital Triaxial Gyros or Single Axis Analog, suitable for a variety of stabilization applications that benefit from low noise sensors, high speed outputs and fully calibrated gyroscopes. Low Noise Gyroscopes Gladiator designs every one of
- [Pricing Overview](https://gladiatortechnologies.com/pricing-overview/)
- [Representatives](https://gladiatortechnologies.com/representatives/) - Our Global Distribution Network is here to support you Find a local contact below or contact the factory direct Europe and Middle East France Alcyon ElectroniqueContact: Vincent GautierPhone: +33 (1) -34-94-77-12Fax: +33 (1) -34-87-53-40Website: www.alcyonelectronique.fr/Email: info@alcyonelectronique.fr La Ferme de L’Orme RD 11-BP 20Beynes 78650, France Germany, Austria, Switzerland Willburger System GmbH Contact: Uli WillburgerPhone:
- [G200 Dual Axis Gyroscope](https://gladiatortechnologies.com/g200-dual-axis-gyro/) - Products All Products Gyroscopes Inertial Measurement Units INS/GPS Accelerometers AHRS Software Dev Kit About Us News Contact Contact Sales Representatives Request A Quote G200 Dual Axis Gyroscope Low Noise, Analog MEMs Gyroscope The G200 is Gladiator Technologies’ low noise analog two-axis MEMS gyroscope equipped with ultra low noise sensors. The G200 gyro comes factory calibrated
- [RMA Form](https://gladiatortechnologies.com/rma-form/) - RMA Process Contact Sales for Technical Support and Troubleshooting If you need to report a failure or experience problems with set-up & operation of Inertial products you must, in all instances, contact Inertial Sales for technical support at Sales@gladiatortechnologies.com. The request will be passed to an appropriate point of contact. Email is the preferred method. An Inertial
- [LandMark™60 INS/GPS - Inertial Navigation System](https://gladiatortechnologies.com/landmark60ins/) - LandMark™60 INS/GPS High Performance, Low Noise INS/GPS Not Recommended for New Applications* The LandMark™60 INS/GPS is a high performance, low noise INS/GPS with 72 Channel GNSS, RTK and VELOX™ High Speed Processing. An Extended Kalman Filter is included for turning error correction and continuous output during GPS denied outages. This INS/GPS is highly durable and can withstand environmental vibration,
- [LandMark™005 INS/GPS - Inertial Navigation System](https://gladiatortechnologies.com/landmark005ins/) - LandMark™005 INS/GPS Not recommended for new designs, limited quantity available. The LandMark™005 INS/GPS is a high performance, low noise Inertial Navigation System with 72 Channel GNSS and VELOX™ High Speed Processing. An Extended Kalman Filter is included for turning error correction and continuous output during GPS denied outages – within 3 NMPH Free Inertial. This
- [INS/GPS](https://gladiatortechnologies.com/ins-gps/) - INS/GPS Inertial Navigation Systems Take Me to the Products Gladiator Technologies’ Inertial Navigation Systems (INS/GPS) combine a GNSS receiver and low noise MEMS inertial sensors with an advanced Extended Kalman Filter (EKF) for accurate positioning during GPS outages. STay on Course Working through GPS denied environments is a navigation requirement and Gladiator INS/GPS products are
- [Gladiator Technologies Uncrewed Systems](https://gladiatortechnologies.com/ust/) - New Release: GA50 Accelerometer Gladiator Technologies is pushing performance boundaries by combining low noise sensors and high speed data processing. Our products meet the highest inertial sensor demands in a SWaP-C package. Our robust, temperature modeled inertial systems and sensors offer an advancement in inertial technology realized in MEMS IMUs, INS/GNSS, Gyroscopes, Accelerometers and AHRS Product Line of
- [G150Z Single Axis Analog Gyro](https://gladiatortechnologies.com/gyroscopes/g150z/) - G150Z MEMS Gyroscope The G150Z Analog MEMS Gyroscope is a small, ultra-fast, single axis gyro featuring low noise MEM’s sensors. This environmentally sealed gyro is rated for 500g shock and 6g RMS vibration. The G150Z’s analog output voltage is ±4.75 volts and it is available in three rate ranges. Applications include stabilization, flight control, navigation and automotive
- [Software Development Kit](https://gladiatortechnologies.com/software-development-kit/) - GLAMRSoftware Development Kit Software Development Kit For users of Gladiator Technologies’ Inertial Measurement Units (IMU), INS/GPS and Gyroscopes, the LandMark™ Software Development Kit (SDK) USB is an optional product to assist first time users of the LandMark™ Digital Series in order to facilitate a rapid setup, test, and use of the unit including the ability
- [GA50 Accelerometer](https://gladiatortechnologies.com/ga50-accelerometer/) - Best-in-Class SWaPC Performance View Product Specifications GA50 Accelerometer Single Axis, MEMS Open Loop Accelerometer The GA50 series high-end open loop MEMS accelerometers are available in various sensing ranges. The accelerometer is based on a bulk micro-machined silicon MEMS device and an application-specific integrated circuit (ASIC) with an analog front end (AFE) and a temperature sensor,
- [Documents](https://gladiatortechnologies.com/documents/)
- [Announcements](https://gladiatortechnologies.com/announcements/) - We Moved to a New Facility 2023 brought big changes at Gladiator Technologies, including a new facility. https://youtu.be/IgBblEE7Bvg We lucked out with this move, our new facility is only a block away from our old one, which helped us with a quick and painless move without too much disruption to our process. Our New Address:
- [SX2 LandMark™007X IMU](https://gladiatortechnologies.com/landmark007ximu/) - LandMark™ 007X IMU Low noise, high dynamic 6-axis IMU. The LandMark™007X IMU is Gladiator Technologies’ high speed, six-axis MEMS Inertial Measurement Unit (IMU) built for high dynamic environments. This IMU is equipped with low noise sensors and VELOX™ high speed processing and user configurable firmware. Only 0.7 cubic inches, the LandMark™007X comes factory calibrated over
- [SX2 LandMark™007 Inertial Measurement Unit (IMU)](https://gladiatortechnologies.com/landmark007imu/) - LandMark™ 007 IMU High speed, six-axis IMU built for high dynamic environments. This IMU is equipped with low noise sensors and VELOX™ high speed processing and user configurable firmware. Only 0.7 cubic inches, the LandMark™007 comes factory calibrated over the full temperature range and conditioned over environment. View Product Specifications Technical Document Download Package Contact
- [SX2 LandMark™005 Inertial Measurement Unit (IMU)](https://gladiatortechnologies.com/landmark005imu/) - LandMark™ 005 IMU Low noise, high speed, six-axis IMU. The LandMark™005 IMU is Gladiator Technologies’ high speed, six-axis MEMS Inertial Measurement Unit (IMU) equipped with low noise sensors, VELOX™ high speed processing and user configurable firmware. Only 0.6 cubic inches, the LandMark™005 comes factory calibrated over the full temperature range, conditioned over environments. View Product
- [SX2 G300D Triax Gyroscope](https://gladiatortechnologies.com/g300d/) - Contact Us G300D Triaxial Gyroscope Low noise, high speed, three-axis gyroscope. The G300D is Gladiator Technologies’ high speed, three-axis MEMS gyroscope equipped with low noise sensors, VELOX™ high speed processing and user configurable firmware. At only 0.6 cubic inches, the G300D gyro comes factory calibrated over the full temperature range, conditioned over environments and is
- [DIGS™ 100](https://gladiatortechnologies.com/digs/) - DIGS™100 Low noise, high speed, MEMS AHRS. The DIGS™100 Inertial Guidance System is designed for downhole orientation and directional guidance applications. The small size of this AHRS (1” diameter by 2.125” length) enables its use in tight drilling and utility spaces. The DIGS™100 Inertial Guidance System provides temperature compensated RS422/RS485 output of pitch, roll, and
- [LandMark™65 IMU (Inertial Measurement Unit)](https://gladiatortechnologies.com/landmark65imu/) - LandMark™ 65 IMU The LandMark™65 IMU is a high dynamic six-axis MEMS IMU featuring low noise MEMS gyroscopes and accelerometers. This IMU is designed and built for the most demanding dynamic environments, calibrated over temperature and is powered with VELOX™ Processing for low latency high output rates. This IMU ideal for high dynamic applications that require precision motion measurement.
- [LandMark™01 Inertial Measurement Unit (IMU)](https://gladiatortechnologies.com/lmrk01/) - LandMark™ 01 IMU The LandMark™01 IMU is an affordable, low noise, six-axis MEMS IMU. Unlike other low priced alternatives, this compact IMU comes factory calibrated over the full temperature range and is conditioned over environments.The LandMark™01’s low cost, small size, and excellent performance make it ideal for applications in stabilization, low cost navigation, and flight testing.
- [A40 Single Axis Accelerometer](https://gladiatortechnologies.com/a40/) - A40 Accelerometer Ultra-low noise single-axis digital accelerometer The A40 Accelerometer is a small, ultra-low noise, single-axis MEMS accel. This robust accel is designed to handle 500g shock and 5.74g RMS vibration in an EMI resistant housing. Its price and performance are ideal for low frequency motion and tilt measurement. Download Technical Documents Contact Us About This Product
- [LandMark™60LX Inertial Measurement Unit (IMU)](https://gladiatortechnologies.com/landmark60lximu/) - LandMark™60LX IMU High Performance six-axis MEMS IMU Equipped with VELOX™ processing and user configurable firmware, the LandMark™60LX IMU delivers precision measurement with industry leading output rates and message timing. This IMU is factory calibrated over the full temperature range, conditioned over environments and is ideal for stabilization, navigation and precision measurement applications. Download Technical
- [MRM60 Analog IMU (Inertial Measurement Unit)](https://gladiatortechnologies.com/mrm60imu/) - MRM60 Analog IMU High Performance Six-Axis MEMS IMU with Analog Output Equipped with low noise sensors, the MRM60 IMU delivers precision measurement with analog outputs in either ± 2.5 volt or ± 5 volt ranges. This IMU is factory calibrated over the full temperature range, conditioned over environments and is ideal for precision measurement applications
- [LandMark™60 IMU (Inertial Measurement Unit)](https://gladiatortechnologies.com/landmark60imu/) - LandMark™60 IMU High Performance six-axis MEMS Inertial Measurement Unit Equipped with low noise sensors, VELOX™ processing and user configurable firmware, the LandMark™60 delivers precision measurement with industry leading output rates and message timing. This IMU is factory calibrated over the full temperature range, conditioned over environments and is ideal for stabilization, navigation and precision measurement
- [Request A Quote](https://gladiatortechnologies.com/request-a-quote/) - Request a Quote Contact us for questions about our products, technical support, and pricing.
- [SX2 Products](https://gladiatortechnologies.com/sx2/) - Introducing SX2 SX2 Product Line The Next Generation of Inertial sensors are here Introducing the NEW, lower noise, higher speed , next-generation SX2 Inertial sensors. Through the combination of ultra-low ARW, improved bias performance and enhanced VELOX™ Processing features, our SX2 product line offers performance previously reserved for larger systems in each of our products
- [LandMark™008 Inertial Measurement Unit (IMU)](https://gladiatortechnologies.com/lmrk008imu/) - LandMark™ 005 IMU Low noise, high speed, six-axis IMU. The LandMark™005 IMU is Gladiator Technologies’ high speed, six-axis MEMS Inertial Measurement Unit (IMU) equipped with low noise sensors, VELOX™ high speed processing and user configurable firmware. Only 0.6 cubic inches, the LandMark™005 comes factory calibrated over the full temperature range, conditioned over environments. View Product
- [Contact](https://gladiatortechnologies.com/contact/) - Contact us for questions about our products, technical support, and pricing.All fields with * are required for submission.
- [Thank You G300D](https://gladiatortechnologies.com/thankyoug300d/) - Thank you! Please contact our sales team with any further questions about this product. Download Document
- [Thank You LMRK007X IMU](https://gladiatortechnologies.com/thankyoulmrk007ximu/) - Download Document Package Thank you! Please contact our sales team with any further questions about this product. Return to Home
- [Thank You LMRK007 IMU](https://gladiatortechnologies.com/thankyoulmrk007imu/) - Thank you! Please contact our sales team with any further questions about this product. Return to Homepage
- [Thank you LMRK005 IMU](https://gladiatortechnologies.com/thankyoulmrk005imu/) - Thank you! Please contact our sales team with any further questions about this product. Return to Homepage
- [Thank You A300D](https://gladiatortechnologies.com/thankyoua300d/) - Thank you! Please contact our sales team with any further questions about this product.
- [Thank You](https://gladiatortechnologies.com/thankyou/) - Thank You for contacting us! We will be in touch with you shortly. Return to Homepage
- [Technical Glossary](https://gladiatortechnologies.com/glossary/) - Definitions Gladiator Technologies has attempted to define terms as closely as possible to the IEEE Gyro and Accelerometer Panel Standards for Inertial Sensor Terminology. Please note that in some instances our definition of a term may vary and in those instances Gladiator Technology’s definition supersedes the IEEE definition. For a complete listing of IEEE’s standard
- [News](https://gladiatortechnologies.com/news/) - News and Updates
- [Elementor #8728](https://gladiatortechnologies.com/bae/)
- [Sales Resource Library](https://gladiatortechnologies.com/sales-resource-library/)
- [VELOX™](https://gladiatortechnologies.com/velox/) - VELOX™ High Speed Performance for Low Noise Inertial Sensors and Systems Speed matters when it comes to stabilization. VELOX™ processing technology employs advanced rapid sampling and signal processing techniques to output data at high speed with minimal phase lag. You won’t find anything faster. And now, VELOX™ processing advances to a new level with the
- [Events](https://gladiatortechnologies.com/events/) - Upcoming Events No current events schedule due to COVID-19. To connect, please contact us:
- [Terms & Conditions](https://gladiatortechnologies.com/terms-conditions/) - DEFINITIONS - As used herein: “Seller” means Gladiator Technologies, Inc., 8022 Bracken Place SE Snoqualmie, WA 98065. “Buyer” means the party purchasing Product(s) from the Seller. “Product” means all articles, materials, work or services offered by the Seller and described in the accompanying quotation, acknowledgement, invoice, or other Seller form. “Order” means any purchase Order or
- [Privacy Policy](https://gladiatortechnologies.com/privacy-policy/) - We at Gladiator Technologies, Inc. (Gladiator) respect your online privacy. This policy statement describes our information practices for Gladiator Web site(s), including what type of information is gathered and tracked, how the information is used, and with whom the information may be shared. Personal Information: You are welcome to visit on the Web while remaining anonymous

## My Templates

- [GA100 Performance](https://gladiatortechnologies.com/?elementor_library=ga100-performance) - Range VRW Turn On to Turn On Repeatability Temperature Sensitivity Vibration Rectification Long Term Repeatability Scale Factor Stability (Short/Long) Bandwidth ±15 g 25 µg/Hz 100 µg 300 µg/°C 25 µg/g2rms 1 mg 150 ppm >300 Hz
- [GACL Mechanical](https://gladiatortechnologies.com/?elementor_library=ga100-mechanical) - Mass Size (Metric)
- [GACL Electrical](https://gladiatortechnologies.com/?elementor_library=ga100-electrical) - Input Voltage Power Consumption +5.0 V to ±0.25 V Input (single sided) 50 mA
- [GA100/200 Environment](https://gladiatortechnologies.com/?elementor_library=ga100-environment) - Shock Vibration Calibrated Temp Non-Operating Temp 40g 11msec / 500g 1msec, 1/2 sine 12 gRMS (20 Hz to 2 kHz) -55°C to 95°C -55°C to 100°C 40g 11msec Shock 7.6 gRMS (20-2000 Hz to 2 kHz) Vibration -55°C to 95°C Calibrated Temp -55°C to 100°C Non-Operating Temp
- [GA300 Performance](https://gladiatortechnologies.com/?elementor_library=ga300) - G Range VRW Turn On to Turn On Repeatability Temperature Sensitivity Vibration Rectification Long Term Repeatability Scale Factor Stability (Short/Long) Bandwidth . ±70 g 25 µg/Hz 100 µg 300 µg/°C 25 µg/g2rms 1 mg 18 / 200 µg >300 Hz G ±60 g Range 80 µg/Hz VRW 100 µg Turn On to Turn On Repeatability 250
- [GA300/400 Environment](https://gladiatortechnologies.com/?elementor_library=ga300-400-environment) - Shock Vibration Calibrated Temp Non-Operating Temp 40g 11msec / 500g 1msec, 1/2 sine 12 gRMS (20 Hz to 2 kHz) -55°C to 95°C -55°C to 100°C 40g 11msec Shock 12 gRMS (20 Hz to 2 kHz) Vibration -55°C to 95°C Calibrated Temp -55°C to 100°C Non-Operating Temp
- [IMU products](https://gladiatortechnologies.com/?elementor_library=imu-product-summary-section) - Inertial Measurement Units LandMark™005 IMU The LandMark™005 IMU is Gladiator Technologies’ high speed, six-axis MEMS Inertial Measurement Unit (IMU) equipped with low noise sensors, VELOX™ high speed processing and user configurable firmware. Only 0.6 cubic inches, the LandMark™005 comes factory calibrated over the full temperature range, conditioned over environments. 490°/s Gyroscopes 15g Accelerometers 0.6 Cubic Inches
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- [G300D PERFORMANCE 01](https://gladiatortechnologies.com/?elementor_library=g300d-performance-2) - G Range ARW Bias In-Run Bias Over Temp. LSB for 16-bit G Sensitivity Scale Factor Error Alignment . ±490°/s 0.0017 °/s/ /√Hz 3.5°/h 0.075 °/s 0.06°/s
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- [GA50 Electrical](https://gladiatortechnologies.com/?elementor_library=ga50-electrical) - Input Voltage Power Consumption +3.3 V Typical ± 0.1 V Max
- [LM 007 IMU INTERFACE](https://gladiatortechnologies.com/?elementor_library=lm-007-imu-interface) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 5 kHz Up to 5 kHz 16/24/32-bit (user selectable) 350 Hz 3.0 Mbaud 155 µs VELOX™ PLUS Up to 8 kHz Up to 8 kHz 16/24/32-bit (user selectable) 600 Hz (user specified) 7.5 Mbaud (user specified) 114µs
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- [LM 007 IMU MECHANICAL](https://gladiatortechnologies.com/?elementor_library=lm-007-imu-mechanical-2) - Mass Size (US) Size (Metric) 19.25 grams ±0.5 1.0 x 1.0 x 0.6 = 0.6 in³ 2.54 x 2.54 x 1.65 = 10.65 cm³ 19.25 grams ±0.5 Mass 1.0 x 1.0 x 0.6 = 0.6 in³ Size (US) 2.54 x 2.54 x 1.65 = 10.65 cm³ Size (Metric)
- [LM 007X IMU PERFORMANCE](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-performance) - G Range ARW / VRW Bias In-Run Bias Over Temp. LSB for 16-bit G Sensitivity Scale Factor Error Alignment GYRO 2000°/s 0.0017°/s/√Hz / 0.2°/√hr 3.5°/h 0.075°/s 0.06°/s 0.003°/s/g 5,000 PPM < 0.5 mrad ACCEL 200 g 5 mg √Hz 5 mg 20 mg 12 mg 0.3mg/g² 6,000 PPM 6 mrad GYRO 2000°/s Range 0.0017°/s/√Hz ARW
- [G200 Gyroscope Document Download](https://gladiatortechnologies.com/?elementor_library=g200-gyroscope-document-download) - G200 Gyroscope Document Download Document package includes; User Guide, Outline Drawing, STEP file, and Sample Test Data in a .ZIP folder will download automatically. Your email is safe with us, we do not spam.
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- [LM 007X IMU PERFORMANCE](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-performance-2) - G Range ARW / VRW Bias In-Run Bias Over Temp. LSB for 16-bit G Sensitivity Scale Factor Error Alignment GYRO 2000°/s 0.0017°/s/√Hz / 0.072°/√hr 3.5°/h 0.075°/s 0.06°/s 0.03°/s/g 600 PPM 0.5 mrad ACCEL 200 g 5.6 mg/ √Hz 1.5 mg 20 mg 12 mg 0.4 mg/g² 6,000 PPM 5 mrad GYRO 2000°/s Range 0.0017°/s/√Hz ARW / VRW
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- [SX2 Product Summary](https://gladiatortechnologies.com/?elementor_library=sx2-product-summary) - SX2 Products G300D Triax Gyro Low noise, high speed, three-axis gyroscope. The G300D is Gladiator Technologies’ high speed, three-axis MEMS gyroscope equipped with low noise sensors, VELOX™ high speed processing and user configurable firmware. At only 0.6 cubic inches, the G300D gyro comes factory calibrated over the full temperature range, conditioned over environments and is
- [LM 007 IMU ENVIRONMENT](https://gladiatortechnologies.com/?elementor_library=lm-007-imu-environment) - Shock Vibration Operating Temp Non-Operating Temp 1000g 24grms + 50g sine (50Hz to 2kHz) -50°C to +85°C -55°C to +85°C 1000g Shock 24grms + 50g sine (50Hz to 2kHz) Vibration -50°C to +85°C Operating Temp -55°C to +85°C Non-Operating Temp
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- [G300D PERFORMANCE](https://gladiatortechnologies.com/?elementor_library=g300d-performance) - G Range ARW Bias In-Run Bias Over Temp. LSB for 16-bit G Sensitivity Scale Factor Error Alignment GYRO 490°/s 0.0017°/s/√Hz 3.5°/h 0.075°/s 0.06°/s 0.001°/s/g 500 PPM 0.5 mrad GYRO 490°/s Range 0.0017°/s/√Hz ARW / VRW 3.5°/h Bias In-Run 0.075°/s Bias Over Temp. 0.06°/s LSB for 16-bit 0.001°/s/g G Sensitivity 500 PPM Scale Factor Error 0.5
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- [LM 007 IMU INTERFACE](https://gladiatortechnologies.com/?elementor_library=lm-007-imu-interface-2) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 5 kHz Up to 8 kHz 16/24/32-bit (user selectable) 600 Hz 7.5 Mbaud 114 µs VELOX™ Up to 5 kHz Data Rate Up to 8 kHz External Sync 16/24/32-bit (user selectable) Data Format 800 Hz Max Bandwidth
- [LMRK005 INTERFACE 01](https://gladiatortechnologies.com/?elementor_library=lmrk005-interface) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 8 kHz Up to 8 kHz 16/24/32-bit (user selectable) 350 Hz 3.0 Mbaud 69 µs VELOX™ PLUS Up to 10 kHz Up to 10 kHz 16/24/32-bit (user selectable) 600 Hz (user specified) 7.5 Mbaud (user specified) 29µs
- [G300D INTERFACE](https://gladiatortechnologies.com/?elementor_library=g300d-interface) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 8 kHz Up to 8 kHz 16/24/32-bit (user selectable) 350 Hz 3.0 Mbaud 57 µs VELOX™ PLUS Up to 10 kHz Up to 10 kHz 16/24/32-bit (user selectable) 600 Hz (user specified) 7.5 Mbaud (user specified) 20µs
- [A300D Performance](https://gladiatortechnologies.com/?elementor_library=a300d-performance-2) - G Range VRW Bias In-Run Bias Over Temp. LSB for 16-bit G Sensitivity Scale Factor Error Alignment . ±40 g 0.058 mg /√Hz 0.015°/h 0.5 mg 0.06°/s 0.001°/s/g ≤ 0.02% 0.5 mrad ±40 g Range 0.058 mg /√Hz VRW 0.015°/h Bias In-Run 0.5 mg Bias Over Temp. 0.06°/s LSB for 16-bit 0.001°/s/g
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- [AHRS Products](https://gladiatortechnologies.com/?elementor_library=ahrs-products) - AHRS DIGS100 The DIGS™100 Inertial Guidance System is an IP68 MEMS AHRS designed for downhole orientation and directional guidance applications. The small size of this AHRS (1” diameter by 2.125” length) enables its use in tight drilling and utility spaces. The DIGS™100 Inertial Guidance System provides temperature compensated RS422/RS485 output of pitch, roll, and yaw angles. Learn More 490°/s Gyroscopes 15g
- [INS/GPS](https://gladiatortechnologies.com/?elementor_library=ins-gps) - Inertial Navigation Systems LandMark™005 INS/GPS A compact, high performance Inertial Navigation System with GNSS/GPS receiver. A low noise inertial suite and Extended Kalman Filter enable accurate position data through GPS denial. The LandMark™005 INS/GPS is a preferred choice for applications in land, air and sea. Learn More 490°/s Gyroscopes 15g Accelerometers 0.25° Pitch and Roll
- [LMRK005 ENVIRONMENT 01](https://gladiatortechnologies.com/?elementor_library=lmrk005-environment-2) - Shock Vibration Calibrated Temp Non-Operating Temp 1000g 8 gRMS (50 Hz to 2 kHz) -50°C to 85°C -55°C to 85°C 1000g Shock 8 gRMS (50 Hz to 2 kHz) Vibration -50°C to 85°C Calibrated Temp -55°C to 105°C Non-Operating Temp
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- [A300D PERFORMANCE](https://gladiatortechnologies.com/?elementor_library=a300d-performance) - G Range VRW Bias In-Run Bias Over Temp. LSB for 24-bit G² Scale Factor Error Alignment . ±40 g 0.058 mg /√Hz 0.015 mg 0.5 mg 0.004688 mg 0.00075 mg/g² ≤ 0.02% 0.5 mrad ±40 g Range 0.058 mg /√Hz VRW 0.015°/h Bias In-Run 0.5 mg Bias Over Temp. 0.004688 mg LSB for
- [A300D MECHANICAL](https://gladiatortechnologies.com/?elementor_library=a300d-mechanical) - Mass Size (US) Size (Metric) 19.25 grams ±0.5 1.0 x 1.0 x 0.6 = 0.6 in³ 2.54 x 2.54 x 1.65 = 10.65 cm³ 19.25 grams ±0.5 Mass 1.0 x 1.0 x 0.6 = 0.6 in³ Size (US) 2.54 x 2.54 x 1.65 = 10.65 cm³ Size (Metric)
- [A300D Mechanical](https://gladiatortechnologies.com/?elementor_library=a300d-mechanical-2) - Mass Size (US) Size (Metric) 19.25 grams ±0.5 1.0 x 1.0 x 0.6 = 0.6 in³ 2.54 x 2.54 x 1.65 = 10.65 cm³ 19.25 grams ±0.5 Mass 1.0 x 1.0 x 0.6 = 0.6 in³ Size (US) 2.54 x 2.54 x 1.65 = 10.65 cm³ Size (Metric)
- [A300D Electrical](https://gladiatortechnologies.com/?elementor_library=a300d-electrical-2) - Input Voltage Power Consumption +5.0 V to +5.5 V Max 275 mW Typical / 375 mW Maximum +5.0 V to +5.5 V Max Input Voltage 275 mW Typical / 375 mW Maximum Power Consumption
- [A300D Interface](https://gladiatortechnologies.com/?elementor_library=a300d-interface-2) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 5 kHz Up to 8 kHz 16/24/32-bit (user selectable) 800 Hz 3.0 Mbaud 44 µs VELOX™ Up to 5 kHz Data Rate Up to 8 kHz External Sync 16/24/32-bit (user selectable) Data Format 800 Hz Max Bandwidth
- [A300D Environment](https://gladiatortechnologies.com/?elementor_library=a300d-environment-2) - Shock Vibration Calibrated Temp Non-Operating Temp 1000g 10 gRMS (50 Hz to 2 kHz) -50°C to 85°C -55°C to 105°C 1000g Shock 10 gRMS (50 Hz to 2 kHz) Vibration -50°C to 85°C Calibrated Temp -55°C to 105°C Non-Operating Temp
- [A300D ELECTRICAL](https://gladiatortechnologies.com/?elementor_library=a300d-electrical) - Input Voltage Power Consumption +5.0 V to +5.5 V Max 275 mW Typical / 375 mW Maximum +5.0 V to +5.5 V Max Input Voltage 275 mW Typical / 375 mW Maximum Power Consumption
- [A300D INTERFACE](https://gladiatortechnologies.com/?elementor_library=a300d-interface) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 5 kHz Up to 8 kHz 16/24/32-bit (user selectable) 800 Hz 3.0 Mbaud 44 µs VELOX™ Up to 5 kHz Data Rate Up to 8 kHz External Sync 16/24/32-bit (user selectable) Data Format 800 Hz Max Bandwidth
- [A300D ENVIRONMENT](https://gladiatortechnologies.com/?elementor_library=a300d-environment) - Shock Vibration Calibrated Temp Non-Operating Temp 1000g 10 gRMS (50 Hz to 2 kHz) -50°C to 85°C -55°C to 105°C 1000g Shock 10 gRMS (50 Hz to 2 kHz) Vibration -50°C to 85°C Calibrated Temp -55°C to 105°C Non-Operating Temp
- [LM 007X IMU ELECTRICAL](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-electrical-3) - Input Voltage Power Consumption +5.0 V to +5.5 V Max 275 mW Typical / 375 mW Maximum +5.0 V to +5.5 V Max Input Voltage 275 mW Typical / 375 mW Maximum Power Consumption
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- [LM 007X IMU MECHANICAL](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-mechanical) - Mass Size (US) Size (Metric) 25 grams 1.00 x 1.00 x 0.65 = 0.65 in³ 2.54 x 2.54 x 1.65 = 10.65 cm³ 25 grams Mass 1.00 x 1.00 x 0.65 = 0.65 in³ Size (US) 2.54 x 2.54 x 1.65 = 10.65 cm³ Size (Metric)
- [LM 007X IMU ENVIRONMENT](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-environment) - Shock Vibration Operating Temp Non-Operating Temp 1000g 15g (50Hz to 2kHz) -50°C to +85°C -55°C to +85°C 1000g Shock 15g (50hz to 2kHz) Vibration -50°C to +85°C Operating Temp -55°C to +85°C Non-Operating Temp
- [LM 007X IMU INTERFACE](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-interface) - G Update Rate External Sync Data Format Max Bandwidth Max Baud Rate Digital Message Delay VELOX™ Up to 8 kHz Up to 8 kHz 16/24/32-bit (user selectable) 350 Hz 3.0 Mbaud 155 µs VELOX™ PLUS Up to 10 kHz Up to 10 kHz 16/24/32-bit (user selectable) 600 Hz (user specified) 7.5 Mbaud (user specified) 114µs
- [LMRK005 MECHANICAL](https://gladiatortechnologies.com/?elementor_library=lmrk005-mechanical) - Mass Size (US) Size (Metric) 19 grams 1.00 x 1.00 x 0.60 = 0.60 in³ 2.54 x 2.54 x 1.52 = 9.81 cm³ 19 grams Mass 1.00 x 1.00 x 0.60 = 0.60 in³ Size (US) 2.54 x 2.54 x 1.52 = 9.81 cm³ Size (Metric)
- [G300D MECHANICAL](https://gladiatortechnologies.com/?elementor_library=g300d-mechanical) - Mass Size (US) Size (Metric) 19 grams 1.00 x 1.00 x 0.60 = 0.60 in³ 2.54 x 2.54 x 1.52 = 9.81 cm³ 19 grams Mass 1.00 x 1.00 x 0.60 = 0.60 in³ Size (US) 2.54 x 2.54 x 1.52 = 9.81 cm³ Size (Metric)
- [G300D ELECTRICAL](https://gladiatortechnologies.com/?elementor_library=g300d-electrical) - Input Voltage Power Consumption +4.5 to +5.5 Max 250mW – 320mW +4.5 to +5.5 Max Input Voltage 250mW – 320mW Power Consumption
- [LM 007 IMU ELECTRICAL](https://gladiatortechnologies.com/?elementor_library=lm-007-imu-electrical) - Input Voltage Power Consumption +4.5 to +5.5 Max 280mW to 450mW +4.5 to +5.5 Max Input Voltage 280mW to 450mW Power Consumption
- [LM 007X IMU ELECTRICAL](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-electrical) - Input Voltage Power Consumption +4.5 to +5.5 V Max 280mW to 450mW +4.5 to +5.5 V Max Input Voltage 280mW to 450mW Power Consumption
- [LM 007X IMU INTERFACE](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-interface-3) - G Update Rate External Sync Start Up Time Data Format Bandwidth Software VELOX™ Up to 5 kHz Up to 8 kHz < 0.25 sec 16/24/32-bit (user selectable) 320 Hz Development Kit Available VELOX™ PLUS Up to 5 kHz Up to 8 kHz < 0.25 sec 16/24/32-bit (user selectable) 320 Hz Development Kit Available Up to
- [LMRK005 ENVIRONMENT](https://gladiatortechnologies.com/?elementor_library=lmrk005-environment) - Shock Vibration Operating Temp Non-Operating Temp 1000g 8g (50hz to 2kHz) -50°C to +85°C -55°C to +85°C 1000g Shock 8g (50hz to 2kHz) Vibration -50°C to +85°C Operating Temp -55°C to +85°C Non-Operating Temp
- [LM 007X IMU ENVIRONMENT](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-environment-2) - Shock Vibration Operating Temp Non-Operating Temp 1000g 15g (50hz to 2kHz) -40°C to +85°C -55°C to +85°C 1000g Shock 15g (50hz to 2kHz) Vibration -40°C to +85°C Operating Temp -55°C to +85°C Non-Operating Temp
- [LM 007X IMU ELECTRICAL](https://gladiatortechnologies.com/?elementor_library=lm-007x-imu-electrical-2) - Input Voltage Power Consumption +3.8 V to 5.5 V Max. 200mW – 270mW +3.8 V to 5.5 V Max. Input Voltage 200mW – 270mW Power Consumption
- [LM 007X MECHANICAL](https://gladiatortechnologies.com/?elementor_library=lm-007x-mechanical) - Mass Size (US) Size (Metric) 25 grams 1.09 x 0.969 x 0.63 = 0.67 in³ 2.8 x 2.46 x 1.6 = 11 cm³ 25 grams Mass 1.09 x 0.969 x 0.63 = 0.67 in³ Size (US) 2.8 x 2.46 x 1.6 = 11 cm³ Size (Metric)
- [product tree](https://gladiatortechnologies.com/?elementor_library=product-tree-2)
- [header blocks](https://gladiatortechnologies.com/?elementor_library=header-blocks) - Low Noise MEMS Sensors Gladiator designs every one of our inertial systems with low noise MEMS sensors. Sensors with low ARW and VRW are critical to precision measurement and our products deliver the best noise performance available in less than 1 cubic inch package. High Speed VELOX™ Processing Speed matters. With VELOX™ high speed digital
- [product tree](https://gladiatortechnologies.com/?elementor_library=product-tree) - IMUs Equipped with user configurable software providing precision measurement and industry-leading output rates and message timing. Learn More GYROSCOPES Equipped with low noise sensors all in a small package footprints. All units are factory calibrated over the full temperature range. Learn More INS/GPS Featuring VELOX™ High Speed Processing, advanced Extended Kalman Filters for turning error
- [Tabs - 2/7/2019](https://gladiatortechnologies.com/?elementor_library=tabs-2-7-2019) - Document downloads Datasheet Part Numbers Software Development Kit User Guide Outline Drawing STEP File Test Data Datasheet Product features and specifications for the G300D Triaxial Gyroscope: G300D Triaxial Gyro G300D Triaxial Gyro with Differential Sync Part Numbers The G300D Digitial Triax Gyro is available in the following part number (G300D – Gyroscope Range – Configuration): G300D-250-100
- [NEW Product Page](https://gladiatortechnologies.com/?elementor_library=new-product-page) - Sample Test Data Outline Drawing In-Hand Size Reference LandMark 005 IMU The LandMark™005 IMU is an ultra small, ultra fast 6 axis IMU featuring our low noise MEMS gyroscopes and accelerometers. This affordable MEMS Inertial Measurement Unit (IMU) is built for the most demanding environments provides internally temperature compensated digital output up to 8kHz. The extensive product features and user configurable firmware

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