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).

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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