Advanced Rotorcraft Technology, Inc.

Advanced Rotorcraft Technology, Inc., doing business as Advanced Technology Inc., is a Fremont, California-based small business that develops advanced modeling, simulation, and engineering software for rotorcraft, vertical lift aircraft, unmanned aerial vehicles, and electric vertical takeoff and landing platforms, operating as a prime contractor on 97% of its recent federal awards and competing predominantly in full-and-open (non-set-aside) procurements with recurring participation in Total Small Business set-asides.

The vendor's capability portfolio centers on three core product lines: the FlightLab development system and associated modeling and simulation tools; the Viscous Vortex Particle Method (VVPM) software suite for rotorcraft aeroelastic and trim calculations; and the FLICERT design and certification tool for eVTOL applications. Representative work includes a $749,950 STTR Phase II contract with the Air Force Research Laboratory (awarded September 2023) for applying FLICERT to original equipment manufacturer eVTOL applications; a $612,355 definitive contract with a civilian agency's Shared Services Center (awarded August 2021) for improved fidelity simulation models for VTOL concept vehicles under a Total Small Business set-aside; a $149,500 purchase order from the Federal Aviation Administration (awarded January 2024) for procurement of a FlightLab development system, VVPM add-on, and training to support the FAA's cockpit simulation facility vertical flight aviation simulation technology lab; and a $94,500 rotorcraft engineering simulation software maintenance agreement with the National Transportation Safety Board (awarded September 2024). The vendor also provides software maintenance renewals, technical support, and custom helicopter models (such as a 2-bladed teetering rotor helicopter model delivered to NTSB in 2023).

Customer concentration sits with defense research and development agencies. The top five funding agencies account for 66% to 73% of awards by count and value, led by the Department of the Army Materiel Command Research Development and Engineering Command (38 awards, $13 million combined potential value), the Department of the Navy Naval Air Systems Command Naval Air Warfare Center (26 awards, $4.3 million), and the Air Force Research Laboratory (3 awards, $1.6 million). The Naval Sea Systems Command (15 awards, $535 thousand combined potential value) and NASA (23 awards under combined multi-office activity) round out the active set. The Army dollars concentration is substantial but reflects high-value individual R&D contracts rather than contract volume — the Navy by count places more frequent, smaller-value orders.

The vendor places task orders under four parent vehicles: an Army Materiel Command IDC (7 task orders), a NASA Shared Services Center IDIQ (80MSFC20D0004, 3 task orders), and an Air Force Research Laboratory contract (80ARC025D0003, 2 task orders). The vendor also maintains a GSA Federal Supply Schedule seat carrying one recorded task order at $72 thousand.

Activity has grown modestly — one award in 2022, two in 2023, five in 2024, and six in 2025 — with only two awards (combined potential value $129 thousand) reaching ultimate completion in the next twenty-four months, positioning the vendor with minimal recompete risk in that window. Combined potential value across all 181 awards stands at $29.2 million, though cumulative obligations have reached $45.7 million, indicating work scope expansion or repricing on extended performance periods. In its limited subcontractor role, Advanced Rotorcraft Technology delivers aeromechanics and structural dynamics analysis support to Analytical Mechanics Associates on Army rotorcraft and Helios projects (awarded April 2025 and May 2025) and mobility modeling and simulation support to Johns Hopkins University Applied Physics Laboratory on the NASA Dragonfly Extended Phase B mission (awarded May, August, and July across 2024–2025). SCI-reported service contract activity is minimal — zero dollars invoiced in FY2023–FY2024 against 1.2 combined FTEs — reflecting the vendor's focus on deliverable-based research contracts, software licensing, and maintenance agreements rather than labor-hour service contracts above the $150,000 SCI reporting threshold. The vendor's primary NAICS exposure runs to research and development in physical and engineering sciences, software publishing, and engineering services; primary PSC codes center on information technology software development and defense systems R&D.

ART develops high fidelity simulation models of rotorcraft dynamics, helicopter simulators, and FLIGHTLAB, a software tool for developing aircraft dynamics math models.