Boot jets
Twin vectoring jets in each heel lift a full supply load and one casualty over debris fields no ambulance can cross.
- Thrust
- 9.4 kN
- Ceiling
- 2,400 m
- Airspeed
- 180 km/h
AEGIS-1 · Field unit
A paramedic frame built for the first hour after the ground moves.
Standby · all systems nominal
The frame
Every part of AEGIS-1 answers the same question: what does a rescuer need in the ninety seconds before anyone else arrives?
Twin vectoring jets in each heel lift a full supply load and one casualty over debris fields no ambulance can cross.
Four sealed bays hold blood, airway kit and burn dressings at body temperature for up to 36 hours.
Three shielded arc cells share the load behind a sapphire lens, so a single hit never stops the heart of the frame.
In the field
AEGIS-1 lands where roads end: collapsed stairwells, flooded underpasses, the far side of a fire line. It stabilises before anyone else can reach the scene, then hands a live readout to the incoming crew.
The shell is layered for falling masonry, radiant heat and flying debris, and braced by three independent cores. It can wedge a collapsed opening so a rescue team works underneath it while the structure settles.
Field manual
Concept figures for the first working prototype. Select a hotspot on the frame above to see the same numbers in place.
Twin vectoring jets in each heel lift a full supply load and one casualty over debris fields no ambulance can cross.
Fold-flat heels keep the frame stable on the ground; jets ignite only above 40 cm clearance.
Four sealed bays hold blood, airway kit and burn dressings at body temperature for up to 36 hours.
Each hatch opens in 0.4 s and reports its contents to the triage HUD without being opened.
Three shielded arc cells share the load behind a sapphire lens, so a single hit never stops the heart of the frame.
A dropped cell reroutes in 12 ms; the exposed lens is rated against 900 J of impact.