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2.3 "Ez3D" Model Rocket
por Ez3D_Rocketry
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## 'Ez3D' Model Rocket
- 3D printed parts for a rocket that flies on A thru C motors
- Parts tape together - No glue required!
Tall thin structures (like rockets) can be a challenge to print. Ez3D Rocketry designs use 3D printing for the short, complex parts such as fin cans and nose cones while incorporating commercial cardboard body tubes as airframes.
Additional information and other designs available at https://github.com/Ez3D-Rocketry
###Parts List:
1. Ez3D-1850-4 Fin Can
2. BT50 Nose Cone
3. 18mm Retainer Cap
- Print out the multiple sizes (No scaling, +3%, +5%), These account for different printing tolerances and post flight shrinking.
4. BT50 3D printed Launch Lug assembly
5. Nine (9) inches of BT-50 type body tube
- A standard 18 inch tube makes two kits
- 3D printable tube cutting guide included in repository files
6. Three (3) feet of Kevlar string for Recovery Harness
- Flight tested on 9KM DWLIFE Black Braided Kevlar Cord (1.3mm, 300 lb) but others m
- 3D printed parts for a rocket that flies on A thru C motors
- Parts tape together - No glue required!
Tall thin structures (like rockets) can be a challenge to print. Ez3D Rocketry designs use 3D printing for the short, complex parts such as fin cans and nose cones while incorporating commercial cardboard body tubes as airframes.
Additional information and other designs available at https://github.com/Ez3D-Rocketry
###Parts List:
1. Ez3D-1850-4 Fin Can
2. BT50 Nose Cone
3. 18mm Retainer Cap
- Print out the multiple sizes (No scaling, +3%, +5%), These account for different printing tolerances and post flight shrinking.
4. BT50 3D printed Launch Lug assembly
5. Nine (9) inches of BT-50 type body tube
- A standard 18 inch tube makes two kits
- 3D printable tube cutting guide included in repository files
6. Three (3) feet of Kevlar string for Recovery Harness
- Flight tested on 9KM DWLIFE Black Braided Kevlar Cord (1.3mm, 300 lb) but others m
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