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Intelligence Yielded Robotics & Autonomous Labs

Pioneering the
Future of
Autonomous Systems

Where aerospace intelligence meets robotics innovation. IYRA Labs engineers tomorrow's autonomous frontier — from unmanned aerial systems to marine robotics and beyond.

4
Core Domains
6
Leadership
Potential
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IoT in AerospaceEduTech in AerospaceAircraft Design EngineeringUAV Development & EngineeringMarine InnovationUnmanned SystemsAutonomous IntelligenceRoboticsIoT in AerospaceEduTech in AerospaceAircraft Design EngineeringUAV Development & EngineeringMarine InnovationUnmanned SystemsAutonomous IntelligenceRobotics
Our Domains

Four Pillars of Innovation

🛰️
IoT in Aerospace
Connecting aerospace infrastructure through intelligent sensor networks, real-time telemetry, and adaptive data ecosystems for next-generation aircraft and satellite systems.
Smart Infrastructure
🎓
EduTech in Aerospace
Delivering structured online courses for students across multiple platforms — making aerospace knowledge accessible, practical, and industry-relevant from anywhere in the world.
Online Learning
🚁
UAV Development & Engineering
Designing and engineering cutting-edge unmanned aerial vehicles — from autonomous multi-rotor platforms to fixed-wing UAVs — for surveillance, delivery, mapping, and defense applications.
Autonomous UAV Systems
🚢
Marine Innovation — Unmanned
Revolutionising ocean operations through autonomous surface and underwater vehicles, enabling deep-sea exploration, surveillance, and environmental monitoring.
Unmanned Systems
Our Vision

To Lead the Autonomous Era

We envision a world where intelligent autonomous systems seamlessly extend human capability — across the sky, land, and sea. IYRA Labs aspires to be the global benchmark for aerospace robotics innovation.

V
Our Mission

Engineer, Empower, Elevate

To engineer transformative autonomous and IoT-driven solutions across aerospace and marine domains — empowering industries and learners alike — while elevating the standard of safety, efficiency, and human-machine collaboration.

M
Core Values

The Code We Live By

01
Innovation First
We challenge conventions relentlessly. Every problem is an invitation to invent something remarkable that did not exist before.
02
Precision & Excellence
In aerospace and marine engineering, precision is non-negotiable. We hold every design, system, and line of code to the highest standard.
03
Safety Above All
Autonomous systems must earn trust. We embed safety into every layer — from hardware architecture to AI decision loops.
04
Collaborative Intelligence
The best systems emerge from diverse minds working in concert. We foster radical collaboration across disciplines and geographies.
05
Interdisciplinary Thinking
We blend aerospace, robotics, and marine science into unified solutions — drawing across disciplines to engineer systems no single field could achieve alone.
06
Boundless Curiosity
Great breakthroughs begin with a question. We cultivate a culture of perpetual learning, experimentation, and fearless exploration of the unknown.
Strategic Focus

Where We're Heading

Our strategic focus areas define the frontier we are building toward — complex, interdisciplinary, and mission-critical.

Connected Aerospace Ecosystems

We develop end-to-end IoT architectures that unify aircraft systems, ground stations, and operational centers into a single intelligent network.

  • Real-time aircraft health monitoring systems
  • Edge computing for in-flight data processing
  • Predictive maintenance via machine learning
  • Secure communication protocols for aerospace
  • Smart ground infrastructure integration

Aerospace Online Learning Platform

IYRA Labs delivers structured, expert-led online courses for students across multiple platforms — making aerospace education accessible to anyone, anywhere.

  • Online courses available across major learning platforms
  • Curriculum covering aerodynamics, avionics, propulsion & more
  • Beginner to advanced learning tracks for all skill levels
  • Industry-relevant projects and problem-solving modules
  • Certifications recognised by aerospace industry partners

UAV Development & Engineering

From concept to flight-ready — IYRA Labs engineers complete unmanned aerial vehicle systems across multi-rotor, fixed-wing, and hybrid platforms.

  • Custom UAV airframe design and structural engineering
  • Autonomous flight control system integration
  • Payload systems: cameras, sensors, delivery mechanisms
  • Mission planning software and ground control stations
  • Swarm UAV coordination and multi-agent systems

Marine Unmanned Systems

Expanding autonomous intelligence beneath and upon the world's oceans — our marine division develops autonomous surface vessels and unmanned underwater vehicles.

  • Autonomous surface vessel navigation AI
  • Deep-sea unmanned exploration systems
  • Swarm coordination for marine drones
  • Acoustic communication systems
  • Environmental sensing payloads
What We Offer

Services Offered

Explore our full range of aerospace engineering services — from concept to delivery.

✈️
The Fleet
Browse our complete portfolio of aircraft design engineering projects — all types, all categories.
Launch Fleet
🎓
Courses Offered
Explore our structured online aerospace courses available across platforms — practical, industry-aligned, and open to all skill levels.
Browse Courses
🛒
Our Products
Discover the hardware and systems we build — from marine unmanned vehicles to IoT aerospace products, engineered and available for sale.
View Products
Core Team

The Minds Behind IYRA Labs

KR
Kaneesh Ravi
Head of Executives
Head of Executives — Visionary leader steering IYRA Labs toward global impact in autonomous systems.
SR
Sai Rutejith Pavan Devireddy
Head of Operations
Head of Operations — Orchestrating operations and scaling IYRA Labs' execution engine.
SP
Sri Krishna Prabhav Sadhu
Head of Finance
Head of Finance — Architecting financial strategy and ensuring sustainable growth.
AV
Ambika Sabareesh Varma
Head of Technology
Head of Technology — Driving technological innovation across robotics, AI, and aerospace systems.
AM
Amritha Manju
Head of Marketing
Head of Marketing — Building IYRA Labs' brand presence and driving global awareness.
KS
Kailash Senthil
Head of Public Relations
Head of Public Relations — Managing IYRA Labs' public image, media presence, and stakeholder communications.
Get In Touch

Ready to Build the
Future Together?

Whether you're a partner, researcher, investor, or talent looking to push boundaries — IYRA Labs welcomes you to the frontier of autonomous intelligence.

Gmail · [email protected] Contact · +91-8072692735
Hardware Products

Our Products

Engineered hardware modules built for UAV, autonomous systems, and ground control applications. Designed, tested, and produced by IYRA Labs — click any product to explore full specifications.

2
Active Products
50km
Max Range
~1ms
Latency
Nexus Smart ReceiverNeo Smart ReceiverDual-Radio ArchitectureELRS SX1280ESP32 Control10km Range50km RangeSub-Millisecond LatencyNexus Smart ReceiverNeo Smart ReceiverDual-Radio ArchitectureELRS SX1280ESP32 Control10km Range50km RangeSub-Millisecond Latency
APEX Hardware Series · Rev 2026

Smart Receiver Modules

Two RF architecture options for UAV ground control stations. Click a product to expand full specs, bill of materials, and comparison notes.

Option 1 · Alpha Module
Nexus Smart Receiver Module
Dual-radio architecture separating control and telemetry across dedicated NRF24L01 + LoRa SX1276 links. Long-range, modular, and budget-conscious.
Range 10 km
Latency ~1 ms
Bands 2.4 GHz + 433/915 MHz
GPIO 30+
Budget BuildsResearch PlatformsLong-Range UAVsModular Setups
Control Latency
~1 ms
Telemetry Range
1–10 km
GPIO Channels
30+
Radio Bands
2.4 GHz + 433/915 MHz
Connectivity
Wi-Fi + BT 4.2
Supply Voltage
3.3 V (regulated)

Separates control and telemetry across two dedicated radio links. Real-time stick commands handled by the NRF24L01 at sub-millisecond latency over 2.4 GHz, while the LoRa Ra-02 carries sensor data up to 10 km.

ESP32 Dev Kit V1Dual-core 240 MHz — main controller
NRF24L01+PA/LNA2.4 GHz — low-latency control link
LoRa Ra-02 SX1276433/915 MHz — long-range telemetry
AMS1117 3.3VRegulator · powers both radio modules
100µF + 10µF CapsNRF24L01 power decoupling
433/915 MHz Whipu.FL connector — Ra-02 external antenna
Perfboard / PCBRa-02 castellated pad mounting base
26–28 AWG SiliconeSPI + power interconnects
DuPont / JSTRemovable module connections
3D Printed EnclosureDual antenna exit ports required
Budget BuildsResearch PlatformsLong-Range UAVsModular Setups
Comparing Nexus (Option 1) vs Neo (Option 2). Key advantage: dual radio bands, swappable radios, and lower cost. Ideal where budget and modularity matter more than ultimate range.
Option 2 · Bravo Module
Neo Smart Receiver Module
All-in-one ELRS single-module solution achieving sub-millisecond control latency and ranges exceeding 50 km via a single SX1280-based ExpressLRS module over clean 4-wire UART.
Range 50 km
Latency ~1 ms
Band 2.4 GHz (LoRa)
GPIO 30+
Clean BuildsMinimal SolderingExtreme RangeCompact Enclosures
Control Latency
~1 ms
Range
30–50 km
GPIO Channels
30+
Radio Band
2.4 GHz (LoRa)
Connectivity
Wi-Fi + BT 4.2
Interface
UART (4-wire)

A compact all-in-one solution achieving sub-millisecond latency and ranges exceeding 30 km in a single SX1280-based ExpressLRS module. Clean 4-wire UART connection keeps the build tidy.

ESP32 Dev Kit V1Dual-core 240 MHz — main controller
ELRS Rx SX1280e.g. BetaFPV Nano / RadioMaster RP2
AMS1117 5V/3.3VVoltage matched to ELRS module spec
26–28 AWG SiliconeGND · 5V · TX · RX only — 4 wires total
JST-SH ConnectorStandard ELRS signal connection
3D Printed EnclosureSingle antenna port — compact design
Clean BuildsMinimal SolderingExtreme RangeCompact Enclosures
Comparing Neo (Option 2) vs Nexus (Option 1). Key advantage: extreme 50 km range, 4-wire UART simplicity, and minimal component count. Ideal where cleanliness of build and maximum range take priority.
🔧
More Products Coming
New hardware modules are in development — marine autonomous systems, telemetry units, and IoT aerospace products. Stay tuned.
Education & Training

Our Courses

Hands-on courses in UAV systems, autonomous robotics, and embedded hardware — designed and delivered by the IYRA Labs team. Stay tuned for upcoming launches.

To enquire or register interest:
Courses Coming Soon

We're building a curriculum around UAV engineering, autonomous systems, and ground control hardware. No courses have been decided yet — check back soon or follow us for updates.

In Development

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