Black Hole EXT 54
SKU:
$168.45
$149.95 - $168.45
Contact Us for Availability
Diameter: 54mm (2.2 inches)
Total Length: 54.25 inches
Precision Slotted Booster: Filament Wound Fiberglass
Nose Cone: 54mm (2.2 inch) Fiberglass Aluminum Tipped 5:1 Ogive
Motor Tube: Filament Wound Fiberglass 38mm High Strength
Coupler Ebay Tube: 7" G 12 Filament Wound Fiberglass Composite
Fins: 3/32 G10 Fiberglass Composite
Bulkheads and Centering Rings: 3/32 G10 Fiberglass Composite
Deployment: Dual Deployment Capable. Get Electronics Bay Upgrade Kit.
Included Accessories: 6' Kevlar Tether. 2-Rail Buttons
Graphics: Add Graphics Below
Recommended Motors: H185 (1150 ft) I360 (3800 ft) J530-IM (6500 ft and Mach flight) *Your results may vary.
Not Included, But Recommended Hardware: Aeropack 38mm Retainer L.
Not Included, But Required Accessories: Drogue Parachute. 1 Main Parachute .
TSR: Transonic Rocket. If you have the guts.
Diameter: 54mm (2.2 inches)
Total Length: 54.25 inches
Precision Slotted Booster: Filament Wound Fiberglass
Nose Cone: 54mm (2.2 inch) Fiberglass Aluminum Tipped 5:1 Ogive
Motor Tube: Filament Wound Fiberglass 38mm High Strength
Coupler Ebay Tube: 7" G 12 Filament Wound Fiberglass Composite
Fins: 3/32 G10 Fiberglass Composite
Bulkheads and Centering Rings: 3/32 G10 Fiberglass Composite
Deployment: Dual Deployment Capable. Get Electronics Bay Upgrade Kit.
Included Accessories: 6' Kevlar Tether. 2-Rail Buttons
Graphics: Add Graphics Below
Recommended Motors: H185 (1150 ft) I360 (3800 ft) J530-IM (6500 ft and Mach flight) *Your results may vary.
Not Included, But Recommended Hardware: Aeropack 38mm Retainer L.
Not Included, But Required Accessories: Drogue Parachute. 1 Main Parachute .
TSR: Transonic Rocket. If you have the guts.
About Our Compression Molded Nose Cones.
Compression molding is not necessarily a new concept, but our innovative process in composites, designed by an aerospace engineer, has taken the strength of fiberglass to a new level. The cone itself is a very strong single unit, and is highly compressed to get the maximum density and rigidity using the best epoxies and fiberglass available. Add to that, a stepped aluminum tip that eliminates “side slip” and you have one of the smoothest, strongest, most reliable nose cones in sport rocketry today!
Compression molding is not necessarily a new concept, but our innovative process in composites, designed by an aerospace engineer, has taken the strength of fiberglass to a new level. The cone itself is a very strong single unit, and is highly compressed to get the maximum density and rigidity using the best epoxies and fiberglass available. Add to that, a stepped aluminum tip that eliminates “side slip” and you have one of the smoothest, strongest, most reliable nose cones in sport rocketry today!