University of Utah Unity IV Responsibilities

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University of Utah Unity IV Responsibilities Motor System Fuel Nozzle Ignition Flight Profile Maximum Energy Footprint

description

University of Utah Unity IV Responsibilities. Motor System Fuel Nozzle Ignition Flight Profile Maximum Energy Footprint. Motor System. Fuel HTPB: Fuel grain composed of R-45M resin Cross- linked with diisocyanate Motor Housing 6061-T6 Aluminum Static tested to 1200 psia Nozzle - PowerPoint PPT Presentation

Transcript of University of Utah Unity IV Responsibilities

Page 1: University of Utah  Unity IV Responsibilities

University of Utah Unity IV Responsibilities

• Motor System– Fuel– Nozzle– Ignition

• Flight Profile• Maximum Energy Footprint

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Motor System

• Fuel– HTPB: Fuel grain composed of R-45M resin– Cross- linked with diisocyanate

• Motor Housing– 6061-T6 Aluminum– Static tested to 1200 psia

• Nozzle– Ceramic Composite– Rated to 5000 F

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Ignition

• Model Rocket Motors– 2, Estes C8-0 motors

• Accessible on Launch Rail• Low power requirement

– 4 AA Batteries

• Reliable Performance

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HTP

B

HTP

B

NO2 inletEstes C8-0 Motor

Injector

“O” Ring Seal

Motor Cap Assembly

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Flight Profile• Maximum Altitude

– 10,641 feet AGL, at T = 28 seconds

• Burn Time– T = 5.4 seconds

• Flight Velocity– Launch Rail Exit = 89.1 ft/s– Overall Flight = 0.71 Mach

• FTS Failure Impact– 763 ft/s at T=58 seconds

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Maximum Energy Footprint

• 5.40 Miles at =450

• No Critical Areas with in Range

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Motor Assembly

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Motor Cap

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Motor Housing

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Motor Nozzle

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Motor Nozzle

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Motor Nozzle Retainer

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Motor Assembly

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Fuel Mixing Procedure

• Safety Equipment• Liquid Chemicals• Incorporate By Hand• Dry Chemicals• Incorporate By Hand• Mix For 30 Minutes

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Fuel Mixing Problems

• Need More Mixing Time• Recipe• Catalyst

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3” Motor Fuel Mixing

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8” Motor Fuel Mixing

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Modified Fuel Mixing Tank

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Portable Oven Design 1

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Portable Oven Design 2

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Portable Oven Design 3

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Mandrel Configurations

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Mandrel Configurations

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Mandrel Configurations