100% Indigenous Electronics · Made in India

Avionics &
Core Components

Every circuit board, every power rail, every sensor — designed, tested, and manufactured in-house. The complete hardware stack that powers every Auraa drone, from bench to field.

10+
Core Components
100%
Indigenous R&D
IIT
Incubated
Hardware Stack

The Full Avionics Suite

A complete, modular hardware ecosystem — every component engineered and validated for mission-grade UAV operations.

Nano Flight Controller PCB
FC · Nano
🧠
01
Nano-Flight Controller
Nano FC — Indigenous
In Production
Pico FC Indigenous
FC · Pico
⚡
02
Flight Controller
Pico FC — Indigenous
In Production
Power Distribution Board
PDB · v3
📡
03
PDB
Power Distribution Board
In Production
Battery Charger
Charger
🔋
04
Battery Charger
LiPo & Li-ion Battery Charger
In Production
Custom LiPo Battery Pack BMS
LiPo · BMS
🔌
05
Battery Pack
Custom LiPo + BMS
In Production
Charging Hub
Charge Hub
💻
06
Charging Hub
Multi-port hub charger
In Production
4G LTE MODULE v2.1 ✦ AI Render
4G · LTE
📶
AI Concept
07
4G Module
LTE connectivity link
In Pipeline
IR THM LDR 360 RGB · THERMAL · LiDAR ✦ AI Render
RGB · Thermal · LiDAR
📷
AI Concept
08
Payload Camera
RGB / Thermal / LiDAR
In Pipeline
CT15 CUSTOM RC LINK: 915MHz · 15CH RANGE: 5KM ✦ AI Render
CT15 · Custom RC
🎮
AI Concept
09
Radio Controller
CT15 — Custom RC
In Pipeline
Institutional Frameworks

Strategic
Initiatives

Beyond hardware, Auraa Aerospace architects the ecosystem. Our institutional roadmaps help educational bodies, research institutions, and defence organisations establish world-class drone training infrastructure and embedded electronics laboratories.

Through structured Centre of Excellence proposals, we transfer technology, knowledge, and operational frameworks — enabling India's next generation of aerospace engineers.

🇮🇳 Aligned with Make in India & iDEX
📋
Institutional Roadmap
COE Proposals — Centre of Excellence
A comprehensive institutional blueprint for establishing drone training centres and electronics laboratories within universities, polytechnics, and defence academies. Each proposal covers infrastructure layout, curriculum integration, equipment sourcing, faculty mentorship pipelines, and regulatory compliance — enabling institutions to operationalise a fully functional UAV innovation hub from ground zero.

Includes feasibility assessment, phased implementation timelines, industry–academia partnership models, and alignment with DGCA remote-pilot training norms.
Curriculum Design DGCA Compliant Lab Infrastructure