ISO 273

Clearance hole sizes for every screw you drill for

ISO 4762

Socket head cap screws that hold the frame together

NASA-STD-8739.3

Soldering the power board

ISO 2533

Standard air, for the drag estimate on your frame

Line drawings of the F450 quadcopter: isometric, top, front, back, left, right and bottom views, motor detail, materials and standards

Line drawings of the 4WD robot car: side, top, bottom, front, rear and three-quarter views

Line drawing of the robot standing, front elevation

Line drawings of the robot: front, three-quarter, side, back, top and bottom views, head and leg details

An eight-panel storyboard: the drone in transit, the cargo drop, the car on rough ground, an overtaking shot, a hard stop, the robot retrieving the cargo, a sprint and a visor reflection

[01/06] F450 / standards

[CNC] Cut a centre plate

Spindle 0X-74.0 Y166.0Z5.0

Ready. Turn the spindle on, then cut.

Engineering in your browser

Build a real drone in your browser, to real engineering standards.

Design the frame, cut and drill the plates, weld, solder and wire it, then fly it in a physics simulation. Drones, rovers, a humanoid and IoT devices.

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[01] The STEM Engine

Build it, wire it, see it in 3D, then fly it

Pick a drone or a robot car and walk the four steps a student takes: build the circuit, follow the wiring guide, turn it into 3D, and run it in physics.

[01]Build it
[02]Wire it
[03]Turn it into 3D
[04]Simulate it

STEM Engine

Create a free account to open the STEM Engine.Register

[02] Six spaces, one engine

What you build

A frame made in the Workshop goes straight to the STEM Engine to be wired and flown.

Start today

Cut your first plate today

Create an account and open the Workshop in your browser, then take a short course to go further.

Start building See the courses