How to Choose a Model Rocket Recovery System

Updated October 15, 2026.

The correct recovery system is the one designed and approved for the exact rocket. It slows or controls descent while keeping the model reusable and reducing risk to people and property.

Parachute recovery

A parachute creates more drag and can produce a slower descent. It can also drift farther in wind. Use the specified parachute size, shroud lines, attachment point and packing method. Do not install a larger parachute simply to slow the descent without considering drift and manufacturer approval.

Streamer recovery

A streamer creates drag while often reducing drift compared with a parachute. It is common on lighter rockets and designs intended for more compact recovery. Use the specified material, dimensions and attachment.

Tumble recovery

Some very light rockets are designed to descend by tumbling after motor ejection or separation. Do not add a parachute or streamer unless the manufacturer provides an approved configuration.

Other design-specific methods

Rotor, glider, featherweight and multi-component recovery systems require their exact instructions. A staged rocket can have different recovery methods for different sections.

Choose by the complete design

• Finished rocket weight and configuration
• Manufacturer-approved recovery hardware
• Approved motor and expected flight profile
• Available field and wind
• Condition of shock cords, lines and attachment points

Prepare for ejection heat

Use flame-resistant recovery wadding or another manufacturer-approved protection method when required. Pack the system so it can deploy freely without tangles or excessive compression.

Inspect after every flight

Replace torn parachutes, burned streamers, damaged lines, weakened shock cords and broken attachment hardware before another launch.

Read how recovery wadding works and use the launch-day checklist.