3D HANGARDIGITAL AIRCRAFT WORKSHOP
Free files
FOR THE LOVE OF THE BUILD
Print, assemble and explore the hangar.
Ten airplanes, a printed-frame quadcopter and a helicopter frame project. Explore the designs in 3D, check the equipment lists and download free prototype files.
Find your next projectDIGITAL FILES. REAL WORKSHOP POSSIBILITIES.
3D model preview · physical hardware may differ.
Blue: servo cases · Gold: arms and pushrods. Outer panels are hidden for visibility. Two aileron servos, two rudder servos, one elevator servo and one nose-steering servo.
01 / CHOOSE YOUR BUILD
Gliders, a rubber-powered airplane and RC airframes. Choose a model, explore it in 3D and find everything you need to begin your build.
PWC / PRINTED + WOOD + CARBON
FreeNAME + EMAIL
Printed skins around plywood and carbon structure, now with a one-piece magnetic battery canopy and model-specific locating tabs.
R5.1 flush gear mounts · physical testing required
Model & build details ↗PC / PRINTED + CARBON
FreeNAME + EMAIL
Printed ribs, formers and skins around carbon tubes, now with a one-piece magnetic battery canopy and front locating tabs.
R5 simplified mounts · physical testing required
Model & build details ↗Printed + carbon
FreeNAME + EMAIL
A six-foot, four-motor transport with larger body sections, concealed servos, a cargo ramp and a magnetic battery canopy with an additional latch.
Bench-build revision: geometry and assembly details updated; physical fit, structural and flight testing remain outstanding.
Model & build details ↗All printed · hand launch
FreeNAME + EMAIL
An all-printed hand-launch glider with an adjustable wing position and removable tail.
Tail fit and balance investigation — glide fault unresolved.
Model & build details ↗Printed + rubber power
FreeNAME + EMAIL
A rubber-powered airplane with a printed propeller, shaft, bearing and fasteners. The rubber motor loop is the only nonprinted flight item in the design.
R2 print-and-fit prototype — physical build and flight testing pending.
Model & build details ↗All printed · hand launch
FreeNAME + EMAIL
An all-printed biplane with an integral fuselage and tail, removable wings and printed wing locks. No motor or purchased flight hardware is specified.
R2 print-and-fit prototype — physical build and flight testing pending.
Model & build details ↗ELECTRIC RC / PRINTED + CARBON
FreeNAME + EMAIL
A compact electric RC glider with a rounded pod, carbon reinforcement and a magnetic battery canopy. Larger integrated parts simplify assembly.
R2 print-and-fit prototype — physical build and flight testing pending.
Model & build details ↗TWIN-MOTOR RC / PRINTED AIRFRAME
FreeNAME + EMAIL
A 47-inch push-pull twin with a printed airframe, retractable tricycle gear and a magnetic canopy. Rounded wing tips, closed printed beams, integrated tail booms and concealed servos. No carbon tubes.
R2 print-and-fit prototype — physical build and flight testing pending.
FreeNAME + EMAIL
A compact high-wing trainer with 18 printed airframe pieces, concealed servos and printed wing joiners. The lighter v0.2 includes selected electronics and a wing-fit stage.
R2 print-and-fit prototype — physical build and flight testing pending.
Free digital files · Name and email required
Model & build details ↗FreeNAME + EMAIL
A compact quadcopter with one integral frame, a removable battery deck and two landing skids. Four printed pieces, with purchased motors and propellers.
R2 print-and-fit prototype — physical build and flight testing pending.
Free digital files · Name and email required
Model & build details ↗FreeNAME + EMAIL
Printed helicopter frame studies with selected NX8-compatible controls. R3 adds a six-piece shaft/bearing measuring fixture on one build plate. Actual mechanical dimensions are needed before the operating frame can be completed.
R4 measurement kit · actual mechanical dimensions needed
Free digital files · Name and email required
Model & build details ↗FreeNAME + EMAIL
A 1.1 m seaplane with 19 printed airframe pieces, a high-mounted tractor motor, side floats and printed wing joiners. Three-channel control with the Spektrum NX8; no carbon tubes.
R2 print-and-fit prototype — physical build and flight testing pending.
Free digital files · Name and email required
Model & build details ↗
UNDER THE SKIN / BOLT PCA LOOK INSIDE
Printable parts, material lists and step-by-step assembly instructions help you plan the build before you start.
Parts sized around the H2D build envelope, with material choices documented in each package.
Printed-only structures, carbon-reinforced airframes and a wood hybrid are identified clearly on each model page.
Check a small mating joint before the larger prints, then follow the assembly order in your guide.
02 / THE DETAILS
Two approaches to the same bush-plane-inspired design. Choose the structure that suits your workshop.
| IN THE HANGAR | Bolt PWC | Bolt PC |
|---|---|---|
| Structural approach | Plywood + carbon tubes | Printed parts + carbon tubes |
| Printable files | 126 STL files · 34 plates | 163 STL files · 43 plates |
| Primary materials | PLA Aero, ASA, plywood, carbon | PLA Aero, ASA, PAHT-CF candidate, carbon |
| Build documentation | Guide, templates & assembly viewer | Guide, tube list, weight worksheet & viewer |
| Digital package |
Digital files only. Filament, carbon tubes, electronics and hardware are purchased separately. Both Bolt designs are prototypes awaiting physical and flight validation.
03 / BEFORE YOU BUILD
Each model package includes printable parts and build documentation. There are ten airplane projects, one quadcopter, one helicopter measurement project and three rockets. Physical hardware and materials are separate. Check each model’s prototype status before starting.
These are prototypes, not flight-proven kits. Flight validation is pending; Drift has an unresolved glide issue. Follow the checks in your model’s build guide.
It depends on the model. Drift and Breeze are designed for ordinary PLA. Wisp uses PLA, PLA Aero and PETG. Bolt and Transport use part-specific materials with carbon reinforcement and separate hardware. Follow the material list for the selected design.
The projects were designed around a Bambu H2D. Check each file’s size and print orientation before slicing. Drift, Wisp and Breeze need no radio. Bolt was planned around the Spektrum NX8/AR631+ setup; Transport needs more channels for its additional controls and cargo mechanism.
Choose a model, click Get free download, and enter your name and email. The site then provides a ZIP link that works for 15 minutes. There is no payment or email delivery. Request a fresh link if yours expires.
Bolt is an independent RC development project from 3D Hangar. PWC stands for Printed + Wood + Carbon; PC stands for Printed + Carbon. Equipment brands mentioned describe the project’s working setup and do not imply manufacturer endorsement.
THE ROCKET COLLECTION
Spire and Scout feature printed bodies. Roll builds around a paper-towel tube. Explore all three designs and their free file packages. Fit prototypes; not launch-qualified.
FROM THE WORKBENCH
Read the workshop journal for project comparisons, assembly walkthroughs and print preparation.
YOUR NEXT BUILD STARTS HERE
