Carl Dietrich
CEO
Jump Aero Incorporated
Jump Aero develops the fastest electric vertical take-off and landing (eVTOL) aircraft specifically for emergency response applications. This specialized eVTOL is designed to significantly reduce response times for first responders in rural areas. By enabling rapid deployment, the company aims to improve emergency outcomes and save lives annually.
- Aerospace
- Hardware
Updated 7 months ago
Funding
Funding not disclosed
Funding rounds are not available yet.
Founders
Product
Problem
In emergency situations, particularly in rural areas, delayed response times can significantly impact patient outcomes and survival rates. Traditional ground-based emergency medical services often face challenges in navigating difficult terrain or covering long distances, leading to critical delays in reaching patients in need.
Solution
Jump Aero provides a rapid-response solution for first responders using electric vertical takeoff and landing (eVTOL) aircraft. The JA1 Pulse aircraft enables first responders to reach emergency scenes faster, especially in rural or remote locations, cutting response times in half. Outfitted with essential equipment, including a heart monitor and automated CPR machine, the single-seat eVTOL facilitates rapid delivery of initial medical support. The aircraft's design allows for steep approaches to unimproved landing zones and can operate in challenging weather conditions, ensuring reliable access during emergencies.
Target Audience
The primary target audience includes prehospital emergency care agencies, fire and rescue services, law enforcement, and defense organizations seeking to improve emergency response times and access remote locations.
Features
- Biplane standing tail-sitter configuration with high lift-to-drag ratio and low frontal area
- Large belly window for enhanced visibility during steep approaches
- Full flight envelope protection and simplified flight controls
- Redundant systems with no catastrophic single-point failures
- Propellers positioned above head height for operational safety
- Adaptive machine learning flight controller with run-time assurance architecture
- Ballistic airframe parachute for added safety
- Transportable on a flatbed trailer without disassembly
- 150 kg (330 lb) payload capacity
- 250 kts dash speed
- Capable of deployment in under 60 seconds
- 8 independent and cross-linkable 11 kWh batteries
- Single HVDC fast charging port
- Hover capability at 2900 m density altitude with a failed propulsor
- All-azimuth hover capability in 20 kts wind
- Landing capability on 10-degree slopes