Where does the lightweight technology come from?

From paragliding, where a complete flight system has to be carried on foot and flown across long distances. That same thinking now drives compact recovery systems for military and commercial UAVs, complemented by light components such as soft links, self-inflating airbags and aluminium hardware. Smart canopy architecture and weight-optimized rigging can reduce sink rates by up to 30 per cent.

How are the lightweight recovery systems proven?

All systems meet or exceed military standards and are field-proven in high-speed, high-altitude and high-G environments. They are built in our ISO 9001 and MIL-SPEC certified facility and tested up to 1,000 kg payloads in our laboratory. For our own exports, we state: “Fully compliant with the Wassenaar Arrangement for export”.

Article · weight budget

Parachute weight and packed volume

Q: Which fabrics are used?

Specialised fabrics and components that reduce weight without compromising strength. Materials used include Dyneema laminates as light as 10 g/m², ultra-fine 10 Denier woven Nylon 6.6 at 20 g/m², industry-standard F-111 at 40 g/m², and woven Dyneema HMPE parachute fabrics.

Where every gram counts, performance comes from better geometry and lighter components, not from more material.

Hand holding a white container with a grey, tightly packed canopy protruding from it

Ultra-lightweight and low-bulk

APCO Aviation Defense designs and manufactures ultra-lightweight parachute recovery systems with low packed volume. The products are tailored for military UAVs and airborne platforms with weight and space constraints. With more than 50 years of experience in aerodynamic design, APCO applies paragliding design and textile engineering experience to defense systems.

The fabrics

Specialised fabrics and components reduce weight without compromising strength. Materials used include: Dyneema laminates as light as 10 g/m², ultra-fine 10 Denier woven Nylon 6.6 at 20 g/m², industry-standard F-111 at 40 g/m², and woven Dyneema HMPE parachute fabrics.

Origin: hike-and-fly

APCO pioneered lightweight technology in the paragliding world, where a complete flight system has to be carried on foot and flown across long distances. That same thinking now drives compact recovery systems for military and commercial UAVs.

Pilot in a harness beneath a red and yellow paraglider wing, flying low over a sandy beach at the waterline — Paraglider without a motor, in flight above the beach

Cut-out side view of a lightweight harness with rucksack section, open seat and back section in black and neon yellow — Lightweight harness made to be carried on foot

The lever is geometry

Smart canopy architecture and weight-optimized rigging can reduce sink rates by up to 30 per cent. That allows downsizing and cutting weight while maintaining recovery reliability — even in tight packaging spaces. Lightweight components add to it:

Soft links in Dyneema fiber replace metal parts.
Self-inflating airbags remove the need for extra power systems.
Aluminium 7075-T6 hardware for lightweight assemblies.
Compression packing minimises stowage volume.

Red ultra-lightweight inflatable part being inflated with a blower on a workbench

Several cut-out views of a harness with a black air bag below the seat; arrows mark the intake opening and the path of the incoming air — Air bag with its intake opening, seen from several sides

Engineered for harsh conditions

All APCO Aviation Defense systems meet or exceed military standards. They are field-proven under harsh conditions: high-speed, high-altitude and high-G environments. Every solution is tested, validated and qualified under real-world conditions.

Backed by field success

The lightweight recovery systems are proven in practice:

Operates in active IDF reconnaissance platforms.
Built in an ISO 9001 and MIL-SPEC certified facility.
Tested up to 1,000 kg payloads in our laboratory.
Used by top defense players such as IAI, Rafael, Elbit and U-Vision.

From micro drones to heavy UAVs

Recovery systems are designed for micro drones and heavy UAVs. Fabric, canopy geometry and hardware determine their weight and packed volume.

A person holding the lines of a large dark grey recovery canopy as it fills with wind on a lawn, standing taller than the person beside it — Ground test of a recovery canopy

Source: apcodefense.com (APCO Aviation), as of 25 September 2026.