ENGINEEREDFORTHEREALWORLD

BUILT TO MOVEAUTONOMOUS FLIGHT.

Autonomous aerial robotics and deep-technology physical platforms designed for mission-critical fieldwork.

PRODUCTION // PRODUCT DEVELOPMENT

ENGINEERED HARDWARE.

01
Controlled Tactical Flight — MedhaArc
ARMY TRAINING

Controlled Tactical Flight

PRACTICAL DRONE LEARNING

SOCCER DRONETRAINING ARENA.

Safe, structured aerial learning — from foundational control to advanced FPV maneuvers inside a purpose-built arena.

Safe
Enclosed Learning
15–18
Min Flight Time
2-Day
Training Program
Arena
Practice Setup
01Beginner-friendly controlled flying
02Hands-on practical learning programs
03Indoor & outdoor training environment
04FPV-based advanced flying experience
02
Mission-Ready Maneuvering — MedhaArc
FIELD PRACTICE

Mission-Ready Maneuvering

HIGH-SPEED / HEAVY LIFT

FPV DRONEPAYLOAD SYSTEM.

Precision FPV flying, high-speed maneuvering, and modular payload delivery platforms built for demanding field use.

180 km/h
Max Velocity
5.2 kg
Payload Capacity
15 km LOS
Telemetry Range
6S LiPo
High-Discharge Power
01High-discharge 6S LiPo power architecture
02Carbon fiber unibody high-impact frame
03Ultra-low latency digital video transmission
04Quick-disconnect modular payload release
03
Autonomous Field Survey — MedhaArc
PRECISION AGRI

Autonomous Field Survey

AGRICULTURAL STABILITY

AGRO-SCANAERIAL PLATFORM.

Industrial multispectral radiometry platform delivering centimeter RTK accuracy and early crop stress diagnostics.

30+ Acre/h
Spray Coverage
1 cm RTK
Centimeter Accuracy
42 min
BVLOS Endurance
IP67
Weather-Sealed
015-Band calibrated multispectral vegetative sensing
02Centrifugal droplet atomizers with zero chemical waste
03Dynamic millimeter-wave terrain following radar
04Conformal-coated IP67 weather-sealed fuselage
04
6-DOF Articulated Arm — MedhaArc
ROBOTIC SUITE

6-DOF Articulated Arm

CYBER-PHYSICAL AUTOMATION

MEDHAARMROBOTIC PLATFORMS.

High-repeatability robotic manipulators with open ROS2 native nodes, CAN 2.0B buses, and modular industrial end-effectors.

6-DOF
Articulated Geometry
±0.1mm
Repeatable Precision
ROS2
Native Driver Stack
USB/CAN
Open Bus Telemetry
01Harmonic-reduction J1/J2 mechanical overload clutch
02Interchangeable pneumatic and magnetic end-effectors
03Open Python 3.10+ SDK & RViz2 simulation models
04Plug-and-play classroom and industrial lab deployment
TECHNOLOGY ECOSYSTEM

FOURCONNECTEDTECHNOLOGYPILLARS

Drones and robots act in the physical world; AI interprets and directs that action; integrated systems package them into real-world deployable solutions.

// 01

Drone Technology

Aerial Data & Deployment

Aerial data capture, monitoring, mapping, and deployment platforms engineered for mission-critical operations.

PILLARCORE
// 02

Robotics Technology

Physical Automation

Physical automation, ground-based autonomous systems, and mechanical intelligence engineered for practical execution.

PILLARCORE
// 03

AI & Machine Learning

Perception & Analytics

Computer vision, sensor perception, and decision-making intelligence that make hardware autonomous and adaptive.

PILLARCORE
// 04

Integrated Systems

Unified Solutions

The combination layer uniting aerial data, robotic action, and AI intelligence into deployable real-world solutions.

PILLARCORE
SYSTEM ARCHITECTURE PIPELINE

How Our Cyber-Physical Stack Executes

01 // TELEMETRY UPLINK & SENSOR FUSION

AES-256 Encrypted Long-Range Ground Station Bus

Bi-directional high-bandwidth communication streams sensor packets, IMU health, and battery telemetry across 45km BVLOS corridors.

LATENCY < 8ms
STACKED ARCHITECTURE DECK

Scroll to stack the 4 foundation pillars

PILLAR // 01Aerial Data & Deployment

Drone Technology

Aerial data capture, monitoring, mapping, and deployment platforms engineered for mission-critical operations.

PILLAR // 02Physical Automation

Robotics Technology

Physical automation, ground-based autonomous systems, and mechanical intelligence engineered for practical execution.

PILLAR // 03Perception & Analytics

AI & Machine Learning

Computer vision, sensor perception, and decision-making intelligence that make hardware autonomous and adaptive.

PILLAR // 04Unified Solutions

Integrated Systems

The combination layer uniting aerial data, robotic action, and AI intelligence into deployable real-world solutions.

IMAGINE • INNOVATE • IMPLEMENT

ENGINEERING REAL-WORLD AUTONOMOUS SYSTEMS

STATUS:

Partner with MedhaArc to train technical talent, develop custom drone and robotics platforms, or deploy field-ready autonomous systems.