The scope of the contract is to support research and technology development for aerospace systems that support nasas goals in the areas of advanced materials and structural systems aerodynamics,…

Ended Awarded Last action

Contract number
NNL16AA04B
Awardee
Awarding agency
Task orders
17 $34,951,353 obligated

Award facts

Opportunity
  • NNL14ZB1001R Solicitation number
Combined order value
  • $35,383,844 Current, with exercised options
  • $38,638,335 Potential, with all options
Last date to order 100% complete
IDV ceiling 9% used
$398,700,000.00
Award type
Multiple award
Who can order
Only the awarding agency
Set-aside
No set-aside
Competition
Full and Open Competition · 13 offers Basic Research
Pricing
Order Dependent (IDV only)

Award details come from SAM.gov/FPDS.

Description

The scope of the contract is to support research and technology development for aerospace systems that support nasas goals in the areas of advanced materials and structural systems aerodynamics, aerothermodynamics, and acoustics systems analysis and concepts entry, descent, and landing measurement systems and autonomous technologies and flight critical and intelligent flight systems. The research scope ranges in maturity from fundamental tool and technology development through integrated technology demonstrations, potentially to include flight demonstrations, and vehicle concepts and performance conditions within the speed regimes of subsonic through hypersonic atmospheric flight.the baart contract is awarded as a multiple award indefinite delivery indefinite quantity IDIQ contract, which offers the most flexibility for the work under this contract. The PWS is structured to support basic and applied research, technology concepts, analysis, development and integration systems concepts, analysis development and integration and technology demonstrations, including flight demonstrations.the baart contract will provide research and technology development for aerospace systems that support nasas goals in the areas of advanced materials and structural systems aerodynamics, aerothermodynamics, and acoustics systems analysis and concepts entry, descent, and landing measurement systems and autonomous technologies and flight-critical and intelligent flight systems. The research scope ranges in maturity from basic tool and technology development through integrated technology demonstrations, potentially to include flight demonstrations, and vehicle concepts and performance conditions within the speed regimes of subsonic through hypersonic atmospheric flight. The scope of baart includes: the current multiple award structures, materials, aerodynamics, aerothermodynamics and acoustics research and technology smaaart contract the current multiple award flight critical systems research fcsr contract, and includes portions of scope of the current multiple award inflatable aerodynamic decelerator IAD and the current single award contract systems analysis concept development SAC d in order to maximize the number of competitive offerors the performance work statement PWS of baart was divided into five technical tracks based on a logical grouping of technologies. Track a consisted of technologies for advanced materials and structural systems, aerodynamics, aerothermodynamics, and acoustics. Track b consisted of systems analysis and concepts for aerospace systems. Track c consisted of technologies for entry descent and landing. Track d consisted of measurement systems and autonomous technologies. Track e consisted of technologies for flight critical and intelligent flight systems. Multiple awards were made to offerors in each technical track. Track b was restricted as a small business set aside all other tracks were competed as full and open

Task orders

Task order Ordering agency Obligated Awarded
Conduct a follow-on, low-speed wind tunnel investigation, using the existing low-speed ttbw model, that will add to and… 80LARC20F0113 Langley Research Center $6,007,836
The NASA advanced air transport technology project is seeking to demonstrate practical implementations of active flow… 80LARC20F0082 Langley Research Center $699,819
The primary objective for this task is to evaluate coated c/c at flight-like conditions for the purpose of… 80LARC20F0012 Langley Research Center $269,748
This task order is to test and demonstrate novel concepts for digital trajectory negotiation and increasingly… 80LARC19F0164 Langley Research Center $562,622
Propulsion airframe aeroacoustics and aircraft system noise flight test on the ecodemonstrator 2019 boeing 787… 80LARC19F0056 Langley Research Center $4,814,888
NASA research announcement (NRA) requirements for aircraft certification by analysis. The scope of this task order is… 80LARC19F0018 Langley Research Center $370,079
NNL16AA04B full-chord midspan CRM test 80GRC018F0182 Glenn Research Center $967,193
The aatt project would like to advance the state-of-the-art for predictive noise modeling at the aircraft system… 80LARC18F0066 Langley Research Center $99,420
Low drag acoustic liner flight test on B737-max testbed aircraft acoustic liner flight test. The scope of this task… 80LARC17F0072 Langley Research Center $3,238,328
ARC jet test in support of flexible thermal protection system evaluation and development the scope of this task order… 80LARC17F0001 Langley Research Center $538,852
DFM simulation the scope of this task order is to upgrade the capabilities of an AFP PSS package so that IT better… NNL17AA44T Langley Research Center $590,771
This task is in support of the aeronautics research mission directorate (armd) convergent aeronautics solutions project… NNC17TA30T Glenn Research Center $1,473,473
Transonic truss-braced wing high-speed and low-speed design and tests the scope of this task is to refine the design of… NNL17AA46T Langley Research Center $11,993,610
Fueleap (fostering ultra-efficient, low-emitting aviation power) power system design, analysis, and testing the scope… NNL17AA45T Langley Research Center $2,211,184
Feasibility study for low drag acoustic liners flight test the scope of this task order is to establish the feasibility… NNL16AB36T Langley Research Center $279,472
Under the auspices of the advanced air transport technology project of the advanced air vehicles program research is… NNC16TA90T Glenn Research Center $522,151
Lift recovery for AFC(active flow control) enable high lift system explore new design space to close the lift… NNL16AB02T Langley Research Center $311,909
Show all 17

Transactions

Action Obligated Date
Supplemental Agreement for work within scope 8 $0
Supplemental Agreement for work within scope 7 $0
Supplemental Agreement for work within scope 6 $0
Supplemental Agreement for work within scope 5 $0
Supplemental Agreement for work within scope 4 -$10,000
Supplemental Agreement for work within scope 3 $0
Supplemental Agreement for work within scope 2 $0
Supplemental Agreement for work within scope 1 $0
Original award $10,000

Quick answers

Who was awarded contract NNL16AA04B?

NNL16AA04B was awarded to The Boeing Company by Langley Research Center (National Aeronautics and Space Administration) on November 1, 2015.

How much is contract NNL16AA04B worth?

Orders under NNL16AA04B have obligated $34,951,353. Their combined current value, with exercised options, is $35,383,844. Their combined potential value, with all options, is $38,638,335. NNL16AA04B's own ceiling is $398,700,000.

How many orders have been placed under contract NNL16AA04B?

17 orders have been placed under NNL16AA04B, the latest on September 30, 2020.

Who can order from contract NNL16AA04B?

NNL16AA04B is a multiple award indefinite delivery contract. Only the awarding agency can place orders on it.

Is contract NNL16AA04B part of a contract vehicle?

Yes. NNL16AA04B is part of Basic and Applied Aerospace Research and Technology (BAART).

Was contract NNL16AA04B competed?

The extent of competition for NNL16AA04B was full and open competition. The government received 13 offers.

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