APCO Aviation Defense works with your team to develop high-velocity deceleration systems around the object’s speed, mass, aerodynamic conditions, deployment limits, and required recovery outcome.
Control extreme aerodynamic forces using staged parachutes, textile drag devices, and inflatable decelerators engineered for your application.
High-velocity recovery systems often combine several steps:
Parachute systems with staged deployment, using opening sleeves, sliders, reefing devices, or staged canopies.
Textile drag devices such as deceleration rings, drag cones, drag plates, and other shapes designed purely to create aerodynamic drag without functioning as full parachutes.
Inflatable aerodynamic decelerators (e.g., Ballute / Attached Inflatable Decelerator, inflatable drag ring, paraflap, inflatable paraskirt, inflatable ring decelerator).
These offer a high strength-to-weight ratio and can function in subsonic, transonic, and supersonic regimes.
A critical design factor for any high-velocity deceleration system is eliminating friction between connected parts during deployment. At extreme speeds, heat and friction can cut through even the strongest materials—much like a hot knife through butter.
Key best practices:
Material selection: Use low-friction fabrics such as PTFE (Teflon)-coated textiles.
Structural stability: Minimize relative movement between elements to prevent abrasion.
Damage analysis: In case of broken lines, bridles, or risers, identify if the cause was tensile overload or friction-induced melting.
Metal hardware: All connectors must be free from burrs, debris, or sharp edges. CNC-machined items often require polishing to meet standards; extruded metal components are generally preferable for high-velocity applications.
We work with your team through every stage of the project to deliver reliable, mission-ready solutions.
Align on mission needs, operational constraints, and success criteria.
Engineer lightweight, low-bulk solutions built around performance.
Prototype and test to verify reliability and safety.
Manufacture with quality control and timely delivery.
Provide documentation, training, and ongoing support.
APCO Aviation Defense works within the standards, certifications, and regulatory frameworks that support defense and aerospace programs.
APCO Aviation Defense develops lightweight defense textile solutions around your object’s velocity, mass, deployment conditions, and required recovery outcome.
Each solution is shaped around the object, operating environment, aerodynamic loads, and required level of deceleration.
Parachutes, textile drag devices, and inflatable decelerators can be combined into a controlled deployment and deceleration sequence.
Materials, structural configuration, friction points, attachment interfaces, and opening-force control are evaluated for the application.
Development and testing are aligned with the intended speed regime, deployment conditions, system limits, and required recovery outcome.
Explore ready product options developed for lightweight recovery, precision airdrop and mission-ready integration.
Controlled descent solutions for speed reduction and safer recovery.
Steerable canopy solutions for guided descent and improved landing control.
High-performance gliding parachutes for precision recovery and delivery.
Lightweight cruciform and cross parachutes for recovery applications.
Practical guidance on UAV recovery, parachute systems and protective textiles from APCO’s engineering team.
It is a recovery or deceleration system designed to slow a fast-moving object while managing aerodynamic forces, deployment loads, stability, and the required recovery outcome.
A system may combine staged parachutes, textile drag devices, and inflatable aerodynamic decelerators. The configuration depends on velocity, mass, altitude, deployment limits, and recovery requirements.
APCO Aviation Defense evaluates solutions for subsonic, transonic, and supersonic applications. The selected concept and operating limits must be defined and validated for the specific project.
The design may use low-friction textiles, stable connections, polished hardware, and controlled deployment sequences to limit abrasion, heat generation, and friction-related material damage.
APCO Aviation Defense needs the object’s mass, dimensions, velocity, altitude, aerodynamic conditions, available deployment space, operating environment, and required deceleration or recovery outcome.
Visit our "define your project" page to learn more about the requirements we define together.
