Autopilot

Autopilot

NAV-IQ AUTOPILOT
The NAV-IQ is an advanced controller offering precise and reliable control for autonomous robotic platforms. It features a powerful NXP microprocessor, dual inertial and barometric sensors, a dual GNSS receiver, programmable I/O pins for multi-servo, general I/O, analog inputs, and communication channels (UART, I2C, USB).

The controller is equipped with a powerful NXP microprocessor, onboard dual inertial and barometric sensors, and a dual GNSS receiver. NAV-IQ features various programmable I/O pins for multi-servo, general purpose I/O, analog inputs, and various communication channels (UART, I2C, USB).

Key Features

  • Designed with a modular architecture allowing flexible customization and expansion
  • High processing power to handle complex computations and algorithms in real-time
  • Tactical grade Dual IMU with barometric sensors
  • Dual GNSS receiver
  • Deployed on TRL-9 systems
  • Scalable and adaptive to numerous platform options

Software Options

  • Full SDK for developers
  • Ready to operate firmware with parameter base calibration for VTOL, Fixed wing, quadcopters
  • Integrated with various payloads from Nexvision, Octopus, and others
  • Integrated with various data links that include Creomagic, Microhard, DomoTactical
  • Profound mission control station with unique characteristics like touchscreen actions on video, a capable map engine, and separate operational and engineering displays
Technical Specifications
Processor
NXP 56F83783
100 MHz 256KB
Flash 64 KB RAM
Communication
4 x UART
1 x CAN
1 x I2C
1 x USB (virtual COM)
GPIO
5 x open drain
1 x pitot heater
1 x nav lights
Analog 12 bit
2 x 28v
1 x current sense
2 x 5v
PWM out
8 x PWM
16 x PWM external
PDU
6-8V 2A out
5V 1 out
V in
9-36V
Weight
under 100 grams
Build standard
MIL-SPEC
Connector
D-SUB44 MIL-STD

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