Precision-designed for dependable Level 1 certification performance and repeatable high-power flights.

Included	29 mm Version	38 mm Version	Recommended Extras	Not Included
Airframe Tube	Precision-Cut 65 × 625 mm Airframe Tube	Precision-Cut 65 × 625 mm Airframe Tube	Ripstop Nylon Recovery Parachute (30″)	Motor
Fin Set	Laser-Cut Level Up Fin Set (6 mm Plywood)	Laser-Cut Level Up Fin Set (6 mm Plywood)	Nomex Recovery Blanket (9″)	Igniter
Internal Structure	Laser-Cut Internal Structure Set (3mm Centring Rings + 6mm Thrust Plate)	Heavy-Duty Internal Structure Set (6 mm Plywood + Recovery Bulkhead)		Adhesives / Glue
Nosecone	3D Printed LV-Haack Nosecone	3D Printed LV-Haack Nosecone		Paint
Shock Cord	Kevlar Shock Cord (2.5 m, 750 lbf)	Kevlar Shock Cord (2.5 m, 750 lbf)
Recovery Hardware	Stainless Steel Eyebolt + Mounting Hardware	Stainless Steel Eyebolt + Recovery Bulkhead System
Motor Retention Hardware	Threaded Inserts + Machine Screws Included	Threaded Inserts + Machine Screws Included
Launch System	1010/2020-Compatible Conformal Rail Guides	1010/2020-Compatible Conformal Rail Guides
Motor Mount	29 mm Mounting System	38 mm Mounting System
Stickers	All Included	All Included

Technical Specifications

Specification	Value
Skill Level	Level B = Some hobby experience
Rocket Height	837 mm
Diameter	65 mm
Weight (Without Motor)	609 g
Recovery	30″ Parachute
Motor Mount	29 mm or 38 mm Options
Recommended Motors	G74W-9, F67C-6, H128W-10, H165R-10, H182R-10, H195NT-10 and more
Construction	Cardboard / Plywood / PLA
Finish Required	Paint + Vinyl
Assembly Time	4–8 hours
Adhesives Needed	Epoxy / Wood Glue
Launch Guide	1010 Rail Buttons
Electronics Bay	N/A
Max Simulated Altitude	~2,791 ft

OpenRocket Simulation

See how this rocket is expected to perform with different motor configurations by downloading the free OpenRocket design file.

The file can be opened using OpenRocket, a free rocket design and flight simulation program available for Windows, macOS and Linux.

What is an OpenRocket design file?

An OpenRocket design file contains a digital model of the rocket, including its dimensions, weight, body components, fin shape and recovery system.

The rocket has already been entered into the software, so you can open the file and begin testing different compatible motors without building the model from scratch.

OpenRocket can help you explore:

estimated altitude and maximum speed;
flight stability;
acceleration and flight duration;
deployment timing;
descent rate;
the effect of wind; and
where the rocket may land.

It is a useful way to learn more about the rocket’s expected performance and compare motor options before building or launching.

Download the .ork file, open it in OpenRocket and start running your own flight simulations. Always confirm your final motor selection and launch conditions with an experienced rocketeer or launch official before flying.

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