Nose Cones

This nose cone is an 4.15 inch (10.5 cm) long 3D printed ABS plastic ogive nose cone for BT-60 body tubes. It's a 2 piece nose cone with vents for accurate barometric altimeter measurements--the shoulder and nose cone separate with quick release plastic...

Protect fragile egg payloads with these lightweight flexible foam paylaod protectors. The egg-shaped cavity fits eggs matching the TARC egg specification perfectly, and the longitudinal access makes accessing dual horizontal egg payloads quick. This...

This custom 3D printed ABS plastic ogive nose cone is up to 8 inches (20.3 cm) long for 3 inch body tubes. Note that there are a variety of "3 inch" body tubes available, each with slightly different outside and inside diameters. To better fit your...

This nose cone is an 5.25 inch (13.3 cm) long 3D printed ABS plastic ogive nose cone for BT-60 body tubes. It's a 2 piece nose cone--shoulder and nose cone that glues together with epoxy. at 1.6mm thick walls, it's a sturdy nose cone. Typically, fliers...

This nose cone is an 8.25 inch (21.2 cm) long 3D printed ABS plastic ogive nose cone for BT-80 body tubes. It can be used for TARC teams, or for general hobby rocket construction. The nose cone is sturdy at 1.6mm thick, and comes in 2 parts--the...

Custom 3D printed nose cone, subject to quote from Rocketry Works. Typically, these nose cones are smaller than 3 inches in diameter. Contact us to discuss details. 520 405 3009

Protect fragile egg payloads with these lightweight flexible foam paylaod protectors. The egg-shaped cavity in the middle fits eggs matching the TARC egg specification perfectly, and the equatorial access reduces time to load and unload vertically...

Ideal for egg lofting and TARC models, this flexible foam BT-70 nose cone features a smooth finish, and it helps absorb the impact of landing a fragile payload. The foam material in this nose cone is is highly compressible, providing superior cushioning...

Protect fragile egg payloads with these lightweight flexible foam paylaod protectors. The egg-shaped cavity in the middle fits eggs matching the TARC egg specification perfectly, and the equatorial access reduces time to load and unload vertically...