Bolens Navigation released a high-precision MEMS combined navigation system, which supports in-depth customization and free trial!

Release time:2023-06-04 08:35:35

After more than two years of intensive research and development and a series of rigorous tests (including national military standard environmental tests, optical fiber inertial guidance benchmarking sports cars, large-maneuver flight tests and more than 1,000 hours of application equipment), Bolens Navigation recently released five MEMS-based inertial devicesThe micro-small combined navigation system covers high-precision, cost-effective and OEM type, and can be deeply customized according to the actual needs of users. In order to thank the majority of new and old customer support, users can apply during the product promotion period

Try it for free!

 

        Beijing Bolens Navigation Technology Co., Ltd. is a high-tech enterprise specializing in the research and development and production of inertial measurement and combined navigation systems. The company's R&D team and core technology originated from Beihang University, and has more than ten years of technical accumulation and engineering practice in the field of inertial measurement and combined navigation technology. Compared with similar products in the market, the company's existing navigation products give full play to the advantages of inertial device one-time power-on stability and engineering filter consistency technology, and the full-spectrum products have the core competitiveness of high precision, high reliability and low cost.

        The R&D team of Bolens Navigation Company has rich project background and technology accumulation, and the new inertial measurement unit and a variety of combined navigation products developed by Pollens Navigation Company have been finalized and promoted in the military and civilian industries, and the high-order error calibration system of inertial devices developed by the research and development has been successfully delivered to a certain institute of the Chinese Academy of Sciences and highly recognized, and the related technologies have won awards in national defense science and technology competitions.

        The main business of Bolens includes the integration of inertial measurement and combined navigation system with MEMS inertial devices and fiber optic gyroscopes as the core, multi-source fusion navigation for external auxiliary equipment of different carriers, and solutions for precise measurement of attitude and position in special scenarios in the military and civilian fields. Products can be used in aviation, aerospace (including tactical missiles, satellites), ships, weapons and other military fields, as well as high-speed railway track detection, automotive electronics, unmanned aerial vehicles, intelligent robots, oil and natural gas, coal mines and other civilian fields.

Group photo of the team of Beijing Blelens Navigation Technology Co., Ltd

Core products

 

These products undergo a rigorous testing process, including:

  • National military standard environmental test

  • Fiber optic inertial guide benchmarking sports car

  • Large maneuver flight test

  • Thousands of hours of application installation          

01

Chinese military standard environmental test

 

GJB 150.3A-2009 Laboratory environmental test methods for military equipment

Part 3: High temperature test +85℃

GJB 150.4A-2009 Laboratory environmental test methods for military equipment

Part 4: Cryogenic tests -40℃

GJB 150.5A-2009 Laboratory environmental test methods for military equipment

Part 5: Temperature shock test -40℃—+85℃

GJB 150.16A-2009 Laboratory environmental test methods for military equipment

Part 16: Vibration test 

GJB 150.18A-2009 Laboratory environmental test methods for military equipment

Part 18: Impact test 20g

 

Chinese military standard environmental test

 

Vibration test

Attitude curve in -40°C~85°C temperature shock test

(The temperature in the figure is the measured temperature inside the inertial conduction)

Triaxial velocity curve in -40°C~85°C temperature shock test

(The temperature in the figure is the measured temperature inside the inertial conduction)

02

Fiber optic inertial guide benchmarking sports car

A sports car overview

Northeast velocity and its local magnification effect

Three-axis attitude comparison

03

Large maneuver flight test

 

04

Thousands of hours of application installation

After dozens of platforms, the cumulative number of thousands of hours of actual measurement verification