Drones innovations

MADE IN INDIA Revolution

A high-performance, open-source flight controller tailored for multirotors, fixed-wings, VTOLs, and hybrid UAVs.

Getting Started with SaamPix 1.0 Flight Controller

The SaamPix 1.0 is a high-performance open-source flight controller designed for UAV systems ranging from multirotors and fixed-wings to VTOL and hybrid aircraft. With advanced hardware, rich I/O, and compatibility with ArduPilot, it is ideal for research, defense, industrial, and high-end DIY drone projects.

Specifications

Main System-on-Chip: STM32F427
CPU: 32-bit ARM Cortex® M4 with FPU, running at 168 MHz
Memory: 256 KB SRAM and 2 MB Flash
IMU & Sensors:ICM-20602: 6-axis Motion Tracking (3-axis gyroscope + 3-axis accelerometer)
MPU9250: 9-axis sensor with gyro, accelerometer, and magnetometer (InvenSense®)
LIS3MDL: High-performance 3-axis magnetometer
MEAS MS5611: High-resolution barometric pressure sensor
PWM Outputs: 16 total (8 main + 8 auxiliary) for ESCs, servos, or custom actuators
Telemetry: Up to 3 serial telemetry/data links (MAVLink supported)
Expansion Ports: I2C, UART, and CAN for additional sensors and devices
Logging: microSD card slot for flight and sensor log storage
Safety & Indicators: Safety switch, buzzer, and LED indicators
Receiver Compatibility: PPM, SBUS, DSM, DSM2, DSMX
FrSky® Telemetry Support: Bi-directional telemetry over D and S.Port

Concept

To Make a Flight Controller which can support multiple complex VTOL Configurations.

Technology

Two layer technology which is simple, cheaper and error free.

FC

16 Channel, with 8 main and 8 auxiliary IO

Get Started

Install Ground Control Software (GCS)
Download and install Mission Planner (for ArduPilot) or QGroundControl (for PX4) on your computer.
Connect SaamPix to PC
Use a micro-USB cable to connect SaamPix 1.0 to your computer. The board will appear as a serial COM port.
Install Firmware
Using your selected GCS, flash the desired firmware such as ArduCopter, ArduPlane, or PX4 Multicopter.
Calibrate Sensors
Follow the guided setup to calibrate the accelerometers, gyroscope, magnetometer, barometer, and RC radio.
Connect Peripherals GPS & Compass: Connect via the dedicated GPS port
ESCs / Servos: Use the 8 main and 8 auxiliary PWM outputs
Telemetry & Data Links: Connect through TELEM1, TELEM2, or UART ports
Power Module: Use for stable voltage and current sensing
Additional Devices: Integrate LiDAR, cameras, or companion computers via I2C, CAN, or UART
Configure Flight Modes & Safety
Select flight modes such as Stabilize, AltHold, Loiter, or Auto. Configure fail-safes and test the safety switch and buzzer.
Perform First Flight
Complete all pre-arm checks, ensure GPS lock and proper sensor status, then conduct the first flight in a safe, open area.
Final Check
Verify all connections and software settings before operational deployment.

Contact US

Email: support@saamdrones.com
Phone: +91-9876301824
Address: SAAM Drone Technologies, Gurgaon, India