1 Resp Space Presentation 042805 LM Concept is Responsive & Affordable Approved for Public Release,...

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1 Resp Space Presentation 042805 LM Concept is Responsive & Affordable Approved for Public Release, Distribution Unlimited

Transcript of 1 Resp Space Presentation 042805 LM Concept is Responsive & Affordable Approved for Public Release,...

Page 1: 1 Resp Space Presentation 042805 LM Concept is Responsive & Affordable Approved for Public Release, Distribution Unlimited.

1Resp Space Presentation 042805

LM Concept is Responsive & Affordable

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Hybrid Propulsion & Basing Flexibility are Key Elements For

Responsive Space

Anytime, Anywhere, Affordable Launch

Surge and all weather capability (cat 2)

Robust vehicle with performance margin

Horizontal stage integration

Vehicle self test and checkout

Stage integration & launch in <24 hours

Preloaded inert fuel

Fault-tolerant avionics

Simple field operations:

- Factory mated T- 0 disconnects

- “OneClick” Vehicle/Payload field joint

- Only 2 fluids loaded at the launch area

- No pyrotechnics/no hydraulics

Responsiveness

Driving Responsiveness Features

SLV Responsiveness Features• System design driven by responsive operations requirements

instead of typical performance driven requirements

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Video of LM Falcon/SLV Concept

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• SLV-DS meets all mission performance requirements

• Single vehicle design accomplishes two different mission profiles

• Small satellite delivery to orbit (100 nm x 100 nm from KSC):

• 1,000 lb minimum • 1,855 lb maximum

• Hypersonic test vehicle profile

• 2,000 lb minimum • 3,055 lb maximum

72.7 Ft

28.6 Ft

10 Ft

System Departs With Launch Mount & Umbilicals Pre-Integrated

Integrated 1st and 2nd StagePositioned For Payload Attachment

Over the Road Transportation Enables CONUS Operation

System Departs With Launch Mount & Umbilicals Pre-Integrated

Integrated 1st and 2nd StagePositioned For Payload Attachment

Over the Road Transportation Enables CONUS Operation

Horizontal Attach

Falcon SLV Performance

SLV-DS Achieves All Performance Requirements with a Single Vehicle

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Hybrid Propulsion Test Heritage• Unique SLV Uses hybrid

propulsion• Low cost materials• Inert and non toxic fuel• Zero explosive potential

• Basic rubber• Motors cast at NASA’s MAF

• Stop/Start and throttle capability

• Shutting flow of LO2 stops thrust

• Eliminates range destruct pyrotechnics

• Flight demonstrated hybrid propulsion in 2002

• Full-scale second-stagemotor tested at AFRL

250 Klbf Multi-Port Motor Firing

60 Klbf Motor Flight Test

600+ Development Tests

16 Years of Continuous Hybrid Propulsion Experience Establish The Basis For SLV

Falcon Full-Scale 2nd Stage Motor Firing

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RR101 Motor Firing – January 2005• First Test 4 Months after ATP• 60 Second Burn Time• 500 psi

Successful Firing Increased Technology Readiness Level and Grounded Falcon SLV Sizing Parameters

OBJECTIVES:• Acquire the critical data necessary to

validate the analytical baseline for LMF900 multi-row, multi-port hybrid technology

• Combustion stability• Regression rate • Thrust • Chamber pressures • Port to port pressures • Low frequency vibration • High frequency G levels• Demonstrate increased performance

of LMF900• Baseline residuals

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Pre-Test Post-test

Multi-row Multi-port Fuel GrainPerformed As Predicted

• RR101 Acquired critical data to validate the analytical baseline for multi-row, multi-port hybrid technology

• Stable Combustion• Favorable Regression• Thrust within Predictions• Isp within Predictions

RR101 Results Incorporated Into Vehicle Design & Next Test Article

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RR102 Motor Firing – May 2005• Second Test Planned 4 Months after RR101• 120 Second Burn Time• 900 psi

RR102 Completes Falcon Phase IIa Testing

RR101 Shown – RR102 Similar

AFRL Test Stand

OBJECTIVES:• Acquire the critical data necessary to

refine the analytical baseline for LMF900 multi-row, multi-port hybrid technology

• Combustion stability• Regression rate consistency• Thrust • Chamber pressures • Port to port pressures • Low frequency vibration • High frequency G levels• Residuals Consistency• Fuel Integrity

• 75% Flight Duration

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Falcon SLV Summary

• SLV system design driven by responsive operations requirements

• FALCON SLV is a significant spiral in the development of operationally responsive space

• Designed for operational speed and flexibility• Costs approaching $5M including operations & range costs

• PDR in June 2005

• SLV full-scale flight in 2007

Innovative Hybrid SLV On-Track For 2007 Flight Demonstration

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