Research and technologies for aerospace propulsion systems -technology area 2 and 3 for propulsion airframe integration-airframe systems technologya and integrated rotorcraft propulsion- airframe…

Ended Awarded Last action

Contract number
NNC10BA05B
Awardee
Awarding agency
Task orders
8 $3,098,380 obligated

Award facts

Combined order value
$3,111,570 Current and potential, with all options
Last date to order 100% complete
IDV ceiling 19% used
$16,500,000.00
Award type
Multiple award
Who can order
Only the awarding agency
Set-aside
No set-aside
Competition
Full and Open Competition · 15 offers Negotiated Proposal / Quote
Pricing
Order Dependent (IDV only)
Legislative mandates

Award details come from SAM.gov/FPDS.

Description

As the agency reported it.

Research and technologies for aerospace propulsion systems -technology area 2 and 3 for propulsion airframe integration-airframe systems technologya and integrated rotorcraft propulsion- airframe systems technology. Task orders for propulsion airframe integration-airframe systems technology and integrated rotorcraft propulsion - airframe systems technology. Contract IDIQ to the boeing company. Research and technologies for aerospace propulsion systems (rtaps) statement of work 1.0 objective the objective of this proposed task order contract is to develop, demonstrate, and verify advanced propulsion system technologies as part of NASA's ongoing, long-term aerospace research programs, addressing a wide variety of propulsion issues. Applications include subsonic, supersonic, hypersonic, and rotorcraft transportation vehicles, as well as aviation safety and space exploration applications. 2.0 scope the contractor shall furnish all personnel, facilities, equipment, material, supplies, and services, except as may be expressly set forth in the contract agreement as government furnished property, and otherwise do all things necessary to, or incident to, performing and providing the work efforts set forth in the following areas. Contract scope includes analytical and experimental investigations covering a wide variety of propulsion components and sub-components having either government, commercial, or military application. This contract may be used to support all NASA centers that require work within the scope of this statement of work. The contractor shall perform task orders in the following technology areas: 2.1 technology area 1: reserved 2.2 technology area 2: propulsion airframe integration - airframe systems technology the contractor shall develop and demonstrate advanced propulsion-airframe integration (PAI) technologies to improve overall integrated airframe system performance, weight, emissions, safety, fuel burn, noise, life, and cost within the context of the individual project goals and objectives as defined in appendix c-1. The technical elements included in technology area 2 are as follows: 2.2.1 concept development and systems studies the contractor shall perform concept development and system studies of nontraditional propulsion and/or vehicle arrangements and advanced aerospace systems configurations to meet NASA program goals. These concepts include unconventional airframes and engines, electric motors, alternative fuels, heat transfer devices, propulsion integration and advanced aerospace systems. System studies include performing system analyses and designs of aerospace vehicles with emphasis on propulsion systems installations to evaluate advanced technologies and aerospace system concepts that have the potential for improving system performance, weight, emissions, fuel burn, noise and costs. The scope of work under this element includes the following: (1) the contractor shall develop and validate empirical, statistical, and physics-based analytical models which are robust enough to handle non-conventional configurations. These models may be used for understanding the basic underlying physical phenomenon of the system or subsystem as well as for predicting aerospace systems and/or component performance, weight, emissions, reliability, life and cost. (2) the contractor shall define goals and figures of merit for overall systems as well as for individual technologies within the context of overall program/project goals and objectives. (3) the contractor shall conduct technology trade studies, mission analyses and market/cost scenario and life cycle environmental footprint studies to identify and evaluate aerospace systems and assess their contributions towards meeting program/project goals and objectives. (4) the contractor shall performsystem simulations of aerospace systems and subsystems from a 0-d level up through a multi-disciplinary 3-d level. (5) the cont

Task orders

Task order Ordering agency Obligated Awarded
Large-scale, swept-wing test articles fabrication; research and test support for NASA icing research tunnel. Under… NNC14TA36T Glenn Research Center $1,775,975
The investigation to be done shall be performed in three parts. In the first part, the contractor shall perform an… NNC13TB01T Glenn Research Center $280,863
The contractor shall provide the engineering development, mechanical design, specifications, tolerances… NNC13TA51T Glenn Research Center $193,975
The key goal of the subsonic rotary wing (SRW) project of the fundamental aeronautics program is the increased… NNC11TA80T Glenn Research Center $393,891
Advances in material properties and manufacturing methods have enabled the use of carbon fiber composites in many new… NNC11TA81T Glenn Research Center $86,301
Pitting fatigue damage has occurred on spiral bevel gears in the nose gearbox of AH64D apaches. Sixteen apache nose… NNC11TA29T Glenn Research Center $142,152
Task NNC10TA79T for the piloted flight simulator evaluation of fast engine responses period of performance 7 months… Glenn Research Center $125,824
Task NNC10TA71T for the design of apache AH64D nose gearbox spiral bevel gears period of performance 3 months from… Glenn Research Center $99,399

Transactions

Action Obligated Date
Other Administrative Action 8 $0
Other Administrative Action 7 $0
Other Administrative Action 6 $0
Other Administrative Action 5 $0
Supplemental Agreement for work within scope 4 -$14,000
Supplemental Agreement for work within scope 3 $0
Other Administrative Action 2 $0
Funding Only Action 1 -$16,000
Original award $30,000

Quick answers

Who was awarded contract NNC10BA05B?

NNC10BA05B was awarded to The Boeing Company by Glenn Research Center (National Aeronautics and Space Administration) on June 11, 2010.

How much is contract NNC10BA05B worth?

Orders under NNC10BA05B have obligated $3,098,380. Their combined current value, with exercised options, is $3,111,570. NNC10BA05B's own ceiling is $16,500,000.

How many orders have been placed under contract NNC10BA05B?

8 orders have been placed under NNC10BA05B, the latest on June 23, 2014.

Who can order from contract NNC10BA05B?

NNC10BA05B is a multiple award indefinite delivery contract. Only the awarding agency can place orders on it.

Is contract NNC10BA05B part of a contract vehicle?

Yes. NNC10BA05B is part of Research and Technologies for Aerospace Propulsion Systems (RTAPS).

Was contract NNC10BA05B competed?

The extent of competition for NNC10BA05B was full and open competition. The government received 15 offers.

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