AIRCRAFT 01 · AVAILABLE NOW

Interceptor

A compact, high-speed NACA 0030 aircraft model for rapid response, supervised autonomous routing, and direct integration with the SarumanOS AI pilot.

Digital package: 3D model download
Mission focus: Rapid response
File price: $149

The current download is an evaluation file governed by the Non-Commercial Evaluation License. Commercial manufacturing rights require a written agreement.

AIRCRAFT SPECIFICATIONS

Main body length~325 mm

Estimated AUW~1.1–1.4 kg

Estimated endurance~7–11 min

Estimated total range~7–13 km total

Standard-prop max speed~180–200 km/h

High-speed configuration~300–320+ km/h

Printing materialPA6-CF

Performance figures are estimates and depend on build mass, battery, propeller, propulsion setup, weather, and flight profile. The 300–320+ km/h estimate requires a purpose-built high-speed propeller and propulsion configuration; validate the complete aircraft before operation.

Aircraft diagrams

GEOMETRY & SYSTEMS

Interceptor airframe reference drawing showing a top view and an isometric perspective view — Top & isometric viewsDownload PNG ↓

Simple Interceptor wiring diagram showing the battery, 4-in-1 ESC, flight controller, motors, GPS, ELRS receiver, and FPV camera — Power and signal overviewDownload SVG ↓

Reference diagrams only. Confirm production dimensions against the supplied 3D model and verify every electrical connection against the component manufacturers’ documentation.

Component BOM

REFERENCE CONFIGURATION

Core electronics and propulsion reference for one complete Interceptor build. Quantities are assigned per aircraft; choose either the primary component or one compatible alternative for each line.

QtySystemPrimary selectionCompatible alternativeIntegration notes

1FC + ESC stackMAMBA F722 MK3 + 60A 4-in-1 ESCCompact F7/H7 + 55–60A 6S stackMain avionics core; verify mounting pattern, firmware support, pinout, and cooling.

4MotorsT-Motor VELOX V2 V2207 1750KVT-Motor F60 Pro V 1750KV6S power system; sized around the 5-inch propeller class.

4Propellers5.0–5.1-inch tri-blade5-inch bi-bladeTri-blade for higher thrust; bi-blade for improved efficiency.

1Battery6S 2500 mAh LiPo6S 3300 mAh LiPo2500 mAh reduces mass; 3300 mAh favors endurance. Confirm balance and available volume.

1GPSBeitian BN-220Beitian BN-880 GPS + compassBN-220 is more compact; BN-880 adds a compass. Mount away from power wiring.

1ELRS receiverRadioMaster RP3-HRadioMaster RP3 or similar compact ELRS receiverA diversity receiver is preferred; maintain antenna separation and clear RF exposure.

1FPV cameraCompact micro or nano FPV cameraDigital FPV cameraNose-mounted; verify field of view, input voltage, cooling, and enclosure clearance.

22FastenersM3 nutsCompatible M3 locking nutsUse across the specified airframe assembly points; confirm fit and retention before final assembly.

1 rollPrinting materialPA6-CFLW-ASA or LW-PLA where lower mass is requiredRecommended build material. Dry before printing and use a hardened, wear-resistant nozzle.

Confirm electrical compatibility, connector pinouts, current limits, firmware support, center of gravity, cooling, and structural clearance before assembly or flight. Additional fasteners, wiring, telemetry hardware, video transmitter, antennas, and fabrication consumables are not included in this core electronics BOM.