Medical-Focused Drone Applications
Our primary focus is on drone applications that can support critical healthcare logistics.
Real-Time Connectivity
Our technology roadmap includes data-communication-enabled flight control and real-time tracking.
Indigenous Technology
Our technology-transfer relationship with Anna University supports the development and application of indigenous UAV/drone technology.
4K Stabilized Camera
4K resolution with 3-axis gimbal for smooth video.
Brushless Motors
Efficient, quiet motors for powerful, reliable flight.
Carbon Fiber Frame
Lightweight, strong carbon fiber for stability.
GPS Assisted Navigation
HiPrecise GPS for stable hovering and auto return.
Engineering Expertise
Our team combines engineering, UAV, healthcare and technology experience.
End-to-End Capability
From design and development through manufacturing, system integration, testing and after-sales service.
Multiple Applications
Medical logistics, emergency response, disaster relief, defence medical support and other specialized UAV applicationss.
REAL-TIME FLIGHT CONTROL
Connected Drone Operations
At the heart of our MED-Drone platform is an intelligent flight-control and communication architecture.
The system integrates:
- Flight commands
- GPS positioning
- Sensor inputs
- Flight stability
- Motor control
- Autonomous mission support
- Return-to-Home functionality
- Real-time communication
The technology-transfer agreement with Anna University identifies the licensed technology as a “Medical Drone with data communication enabled flight controller for Realtime tracking.”
This technology transfer forms an important part of ACME’s technology development journey.
FASTER. SMARTER. MORE CONNECTED.
Acme India Medical Drones combines unmanned aerial technology with medical logistics to create a new approach to critical healthcare transportation.
Our MED-Drones are designed to help transport essential supplies directly toward their destination without being constrained by conventional road routes.
Faster. Smarter. More Connected.
Our approach combines:
- Autonomous flight assistance
- GPS-based navigation
- Real-time data communication
- Flight monitoring
- Fail-safe mechanisms
- Return-to-Home functionality
- Live video feed
- Payload transportation
- Purpose-built medical containers
- Mission-oriented drone operations
The company’s stated USP is a medical drone with a data-communication-enabled flight controller for real-time tracking, intended to support medical logistics and last-mile delivery.
Advanced Flight Technology for Critical Missions
Our MED-Drone platform incorporates technology intended to support controlled, reliable and connected drone operations.
Key Technology Features
Autopilot Enabled Flight Controller
Supports controlled and automated flight operations.
GPS Navigation
Enables location-based navigation and mission planning.
Real-Time Data Communication
Provides connectivity for monitoring and tracking drone operations.
Return-to-Home / Fail-Safe System
Designed to support safe response in situations such as connectivity loss.
Live Video Feed
Provides real-time visual information during operations.
Long-Life Swappable Battery
The documented platform specifies a swappable 8Ah battery.
Payload Capacity
The documented specification identifies a payload range of approximately 2–5 kg.
Transmission Range
The documented specification identifies a transmission range of approximately 10 km.
Endurance
The documented specification states approximately 30 minutes with payload.

