AEROJUMPER ED

Fast. Reliable. Life-Saving.

Autonomous UAV delivery for rural communities in Cambodia and beyond.

Aerojumper ED is an autonomous medical delivery system designed to transport medicines, vaccines, blood products, and other critical medical supplies to remote and hard-to-reach locations.

Built around a VTOL (Vertical Takeoff and Landing) platform, Aerojumper ED combines the flexibility of helicopter-style takeoff and landing with the efficiency of fixed-wing flight. The system is designed to support humanitarian logistics, healthcare access, emergency response, and rural medical supply chains.

Autonomous Navigation

 

GPS RTK-assisted navigation enables highly accurate route execution, positioning, and mission planning with minimal operator intervention.

Terrain Awareness

 

Integrated laser sonar provides terrain-following capability and obstacle awareness during flight operations.

Multi-Method Delivery

 

Mission requirements determine the most suitable delivery method: Precision landing, winch lowering, controlled parachute deployment. Each method is selected according to terrain, safety requirements, and operational conditions.

01

MOBILE DRONE HUB

Features

The Aerojumper ED ecosystem includes a mobile operational hub designed to support deployment in remote environments.

• Battery charging station
• Mission planning workstation
• LTE and Starlink connectivity
• Generator and solar power support
• Equipment storage
• Operational monitoring
• Field maintenance capability

The mobile hub enables rapid deployment and sustained operations in areas with limited infrastructure.

02

MEDICAL PAYLOAD SYSTEM

Features

The medical cargo module is designed for safe transport of temperature-sensitive medical supplies.

• Thermal insulation
• Temperature-controlled storage
• Vaccine and medicine transport capability
• Blood and laboratory sample transport
• QR-based package tracking
• Electronic security seal
• Parachute deployment compatibility
• Winch attachment system

The compact design is optimized for payloads up to 1 kg while maintaining strict handling standards.

03

MISSION WORKFLOW

1 — Load

Medical supplies are prepared, verified, and secured at the operational hub.

2 — Takeoff

The VTOL aircraft performs a fully autonomous vertical takeoff.

3 — Cruise

The aircraft transitions to efficient fixed-wing flight and follows its programmed route.

4 — Delivery

The payload is delivered using landing, precision winch lowering, or parachute deployment depending on mission conditions.

5 — Return

The aircraft automatically returns to its designated operational base.

6 — Recovery

The VTOL lands autonomously at the operational hub for recovery, inspection, battery servicing, and mission reset.

04

TECHNICAL SPECIFICATIONS

Platform:
HEEWING 12 Cruza VTOL Platform

Type:
VTOL Fixed-Wing UAV

Wingspan:
1.20 m

Length:
1.11 m

Takeoff Weight:
20–35 kg

Maximum Payload:
Up to 1 kg

Range:
40–80 km

Cruise Speed:
70–100 km/h

Maximum Speed:
110 km/h

Endurance:
60–90 minutes

Navigation:
GPS RTK

Sensors:
Laser Sonar
Terrain Following
Obstacle Awareness

Communication:
LTE
ELRS

Power System:
Li-ion Battery

Operating Temperature:
-10°C to 45°C

Delivery Methods:
Landing
Winch Lowering
Parachute Deployment

MISSION PHILOSOPHY

Aerojumper ED is designed around a simple objective:

Deliver critical medical supplies quickly, reliably, and safely to locations where conventional transport may be slow, expensive, or unavailable.