NAVIGATION LAYER
CGM300S10
High-performance MEMS IMU combining gyroscopes, accelerometers, and inclinometers in a compact design
View Specifications
Project: Hypersonic GNC
REDEFINING PRECISION
FOR HYPERSONIC FLIGHT
ITAR-Free, High-Performance IMUs and GNSS Solutions. Engineered for atmospheric reentry and Mach 5+ trajectories.
System Coordinates
38.8977° N, 77.0365° W
Altitude FL 450
Velocity Mach 5.2
Stability 0.999982
Latency P99 < 1.2ms
74+ Modules Available
Core Capabilities
High-precision instrumentation for extreme environments.
sensors 01
Sensors
Fiber-optic gyros and MEMS accelerometers with tactical grade performance and ultra-low drift.
explore 02
Navigation
GNSS/INS integration modules for continuous positioning in GPS-denied environments.
gps_fixed 03
Guidance
Precision guidance algorithms and target tracking for hypersonic flight trajectories.
tune 04
Control
High-torque actuator systems with sub-milliradian positioning and rapid response.
memory 05
Avionics
Radiation-hardened flight computers and distributed control networks with triple redundancy.
bolt 06
Power
Redundant power distribution units with ultra-low thermal signatures and 98%+ efficiency.
Product Categories
Browse our complete catalog by discipline.
gps_fixed G
Guidance
Seekers, target tracking optics, and precision guidance subsystems for defense platforms.
Browse Products arrow_forward explore N
Navigation
FOG, IMU, GNSS/INS, MIOC, and inertial measurement systems for precision positioning.
Browse Products arrow_forward tune C
Control
Actuators, servo controllers, and stabilization platforms for dynamic flight control.
Browse Products arrow_forwardFeatured Hardware
Precision systems engineered for hypersonic trajectories.
NAVIGATION LAYER
CGYS30CJ3B
Compact, high-reliability 6-DOF MEMS inertial sensor, integrates 3-axis quartz MEMS gyroscope and 3-axis MEMS accelerometer, suitable for navigation, motion tracking, and stabilization.
View Specifications
NAVIGATION LAYER
CGM66EK10
High-performance MEMS IMU with integrated three-axis gyroscope and accelerometer
View Specifications
The Channel Workflow
Validated Systems Engineering Process
01
Configuration
System-level requirement mapping and hardware-in-the-loop simulation parameters.
02
Integration
Physical assembly within ITAR-free clean-room facilities with 0.1mm tolerance.
03
Validation
Thermal vacuum (TVAC) and vibration table testing at combat-load cycles.
04
Deployment
Secure technical handoff with ITAR-compliant documentation and field support.
ITAR-Free Engineering.
Global Compliance.
Our internal security protocols and supply chain management ensure 100% compliance with international aerospace standards while maintaining strategic autonomy.
ITAR
Compliant ISO
9001:2015 AS
9100 Rev D NIST
800-171