Defense Advanced Research Projects Agency logo
Defense Advanced Research Projects Agency

Precision Inertial Navigation & Positioning On an Integrated Tesseract (PINPOINT)

Funds new physics for inertial sensors built to break a decade-long precision plateau.

ClosedDefense Advanced Research Projects AgencyUnited States

Every drone, missile and vehicle that has to know where it is without GPS leans on an inertial measurement unit, and the small, cheap version of that sensor โ€” MEMS-based โ€” has not gotten meaningfully better in a decade. PINPOINT exists to break that plateau rather than refine around it.

The physics on offer is deliberately unconventional: electromagnetically levitated proof masses, non-linear resโ€ฆ

Novel inertial sensor physics for tactical and unmanned missions โ€” including but not limited to electromagnetically levitated proof masses, non-linear resonators, and high-velocity tethered microsystems โ€” co-designed with the real-time adaptive control systems needed to stabilise them, excluding evolutionary improvements on existing MEMS IMU approaches.

CycleiHow often this grant runs - e.g. annually, on a rolling basis, or a one-off call.One-off
Next deadlineiThe next date applications are due. Rolling means you can apply any time.-
Decision timeiTypical time from the deadline to the funder's decision.-
Project durationiHow long the funded work is expected to run.-
Award typeiThe form of funding - grant, equity, loan, tax credit, etc.Cooperative agreement
Match fundingiThe share of project costs you must cover yourself. 0% = fully funded.-
Funding pooliThe total budget available across all awards in this round.-

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