Ashwat Prasanna
The GlidaTron
Designed to be a speedy yet stable glider. Allows airflow through the body for slower, more stable turns (or no turns if you wish) and inherent stability through a slightly positive dihedral. An overall great glider
Glide
Speed
Accuracy
Handling
Stunts
The CloudSurfer
Designed to be an amazing glider. It uses a new concept of 4 way dihedral (like positive dihedral, but with greater lift - 75% of max, and better stability). Comes with a copper tip for a forward COG. And it is a great glider.
Glide
Speed
Accuracy
Handling
Stunts
The WindSurfer
A glider AND a dart, rolled into one. Has a large wing area, but not wingspan. This allows it to be folded, without the risk of the wing flapping, and changing the AoA. Comes with 4 way dihedral and large control surfaces.
Glide
Speed
Accuracy
Handling
Stunts
The CloudSkater
This plane is designed with 360° stability. While 4 way dihedral offers roll stability, angled winglets and rear wing area (farther from COG than wing leading edge) offer yaw and pitch stability respectively.
Glide
Speed
Accuracy
Handling
Stunts
The CloudSlicer
Includes all the features of the CloudSkater. Comes additionally with partial in-body airflow like the GlidaTron. The v-shape of the plane's holder is maintained, to minimize roll and yaw, and allow the 360° stability to have greater effect.
Glide
Speed
Accuracy
Handling
Stunts
Paper Phantom
A small, quick slingshot plane made of paper, folded as a Diamondback jet. It has been modified with added winglets, airflow tubes (bendable straws), and covered in a smooth material, to minimize parasitic drag.
Glide
Speed
Accuracy
Handling
Stunts
Silver Phantom
Similar to the Paper Phantom, but made entirely out of Aluminum foil, which is much smoother and lighter. While also more fragile, it is also slingshot capable and capable of reaching speeds up to 70 km/h
Glide
Speed
Accuracy
Handling
Stunts
Prop Drop Attachments
These are small attachments, which can be added to planes via paperclips. To these can be mounted small triangular propellor-like attachments, which spin while in flight. As the plane speeds up, it generates drag, and the propellor (could) eventually drop, floating slowly to the ground as it is spinning. This depends on the kind of attachment used and the strength of the attachment