Nitya FC

Flight Controller & Avionics

India's Most Advanced Indigenous Flight Controller

The Nitya FC is Aeronica's fully indigenous flight controller — built from 4 years of dedicated embedded systems R&D by our in-house team. Powered by the STM32H7 microcontroller running at 480 MHz with FPU, it delivers triple-redundant IMU sensing, military-grade 256-bit AES encrypted telemetry, and a custom PX4 firmware stack purpose-built for Aeronica's agriculture and survey platforms.

Processor
STM32H7 microcontroller @ 480 MHz with FPU
Redundant Sensors
Triple-redundant gyroscope & accelerometer units (3× IMUs)
Secure Storage & Logging
Crypto chip, FRAM/EEPROM, and SD card support
Power & Interfaces
Triple redundant power sources (5V–36V, up to 2A)
Request a Demo
Nitya FC — Showcase
Used in DGCA Type-Certified Aircraft
Flycra 2.4 — Showcase
Bottom layout featuring Make in India insignia
Indigenous Design

Military-Grade Avionics

Designed, engineered and manufactured entirely in Pune, India. Triple-redundant hardware voting logic and secure boot with TPM 2.0 ensure maximum safety.

Architecture
Heterogeneous
Encryption
AES-256-GCM
IMU Redundancy
Triple
Interface
CAN FD & UART

Proven Field Performance

Our flight controllers power DGCA-certified drones trusted by commercial and government operators. Real-world proven performance.

Capabilities

High-Performance Processor

480 MHz STM32H7 processor delivers real-time flight control. Built to handle demanding operations without compromise.

Triple-Redundant Safety

Three independent sensor units work together to ensure accuracy. If one fails, the others keep flying. That's the redundancy critical systems need.

Military-Grade Security

Dedicated encryption chip protects all data. Your operations stay secure, whether commercial or government.

Global Positioning

Supports GPS, GLONASS, Galileo, BeiDou, NavIC, and QZSS. Works reliably anywhere on Earth.

Multiple Power Options

Triple redundant power sources with wide voltage support (5V–36V). Flexibility built in.

Always Safe

Real-time OS with automatic failsafes. Keeps flying even when things go wrong.

Use Cases

  • Agricultural UAV flight control with precision spray mode automation
  • Survey UAV autonomous waypoint navigation with terrain-following
  • Industrial inspection drone platform integration
  • Research and defence UAV OEM applications
  • Swarm drone coordination and multi-vehicle operations

Full Technical Specifications

Specification

Processor
STM32H7 microcontroller @ 480 MHz with FPU
Storage
FRAM & EEPROM
Operating System
Real-Time OS with failsafe and watchdog routines

Proven in the Field

Our flight controllers power DGCA-certified drones trusted by commercial and government operators. Real-world proven performance.

All ProductsRequest a Demo Get a Quote
Let's work together

Ready to transform your operations?

From precision agriculture to industrial surveillance — we build drone solutions that deliver real results.

Start a Conversation