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The Department of Defense is procuring Heavy Aircraft Simulator Services for the USAF Test Pilot School to support staff evaluation and qualitative evaluation flights. The requirement includes the provision of full-motion, Level-D simulators for Boeing and Airbus wide-body aircraft, with specific capabilities for various flight maneuvers and evaluations. This is a non-personal service contract set aside for small business concerns, with a one-year performance period.
This is a Combined for the USAF/TPS Qualitative Evaluation Heavy Aircraft Simulator Services. AFTC Test Pilot School requires Heavy Aircraft Simulator Services to support staff evaluation and qualitative evaluation flights. The USAF Test Pilot School is interested in non-personal service contract to be awarded within a Firm Fixed Price (FFP) One-year purchase order. Please see the attached Performance Work Statement (PWS) for more details and a full list of training required.
requirements for the products described in this synopsis are invited to submit, in writing, a complete quote. Offerors may utilize the attached PWS to complete quote information in addition to a separate quote (in PDF format); ensuring the quote contains information and
pricing for this requirement, up to including installation and delivery costs.
Requirements: 1. Test Pilot School (TPS) is requesting A Boeing Wide-Body (>300,000lbs MTOW) full-motion, Level-D simulator. An Airbus Wide-Body (>300,000lbs MTOW) full-motion, Level-D simulator. The simulators are required to be in the same location to allow students and faculty to complete a side-by-side comparison of the aircraft on the same day. The newest models of Boeing and Airbus aircraft are highly desired. If an aircraft >300,000lbs MTOW is unavailable, USAF TPS reserves the right to satisfy syllabus
requirements with a narrow-body simulator at the request of the contractor. Maneuvers and evaluations, which may include but are not limited to: General flying and handling qualities. Takeoff performance (heavy weight configurations, engine-out, low RCR, etc.). Takeoff speed development (VMCA, VMCG, VMU). Flight control system evaluation (normal and degraded modes). Stall characteristics and recovery. Envelope protection modes (stall, overspeed, pitch & roll limits/rates). Warning systems (EGPWS, CFIT, windshear, etc.). Landing performance (engine-out, low/zero visibility, crosswinds, degraded flight controls, no‑flap, etc.). Aircraft automation and flight management system during departure, cruise, arrival, and reroute. Aircraft electronic checklist and takeoff manifest data integration during preflight. Aircraft electronic checklist during a complex EP, such as hydraulic failure. Additional training in historical airline crashes and emergencies. 2. Use of Heavy Simulators in TPS Test Management Projects (TMP) TMPs are team-based training events that are ongoing through the second semester of the TPS curriculum. TMPs can be any real-world test, and although they often include testing developmental sensors, datalinks, weapons, or software modifications on military aircraft, they could also focus on other types of testing with civil aircraft. The Government may request the use of simulators in the development, research, and/or execution of these TMPs. TPS students and staff shall occupy the simulators while it supports TMPs. 3. The
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