What kind of recovery system is typically employed in Level 1 rockets?

The typical recovery system utilized in Level 1 rockets is a single parachute recovery system. This choice is suitable for several reasons.

First, using a single parachute is straightforward and sufficient for the altitude and weight range of Level 1 rockets, which usually have a maximum altitude of about 1,500 feet and a designated weight limit. The simplicity of a single parachute system allows for easier deployment and recovery, which is crucial for beginner rocketeers who are learning the fundamentals of rocketry.

Furthermore, the design of Level 1 rockets takes into account stability and drag, ensuring that a single parachute can effectively slow the descent of the rocket upon recovery, preventing damage upon landing. This aspect reinforces the focus on safety and the ease of recovery, which is particularly important for novice rocketry enthusiasts.

Multi-parachute systems can offer redundancy and longer descent times, but they are more complex and generally used in higher performance rockets where the additional weight and complexity can be justified. Similarly, ballistic and streamlined recovery systems are not typically pursued at the Level 1 certification, as they are more suited to advanced configurations and specific mission profiles that exceed the basic requirements of a Level 1 rocket. Hence, the single parachute recovery option is the most practical