Skip to content
Products

Products: print, build, walk.

Small-scale robots we design, 3D print and assemble ourselves. Each one starts as a desktop kit while we develop the full-size systems.

Fig. 00 / HX-01 Humanoid · liveSHT-PD
02 / Kit 01

#POD-00 Walker Pod

The two-legged pod from our home page, as a desktop kit.
In development
Fig. 01 / 360° view · livePOD-00 · NTS

360° · drag to turn

A boxy sensor body on two reverse-knee legs with dampers and three-toe feet. The same robot that walks across the top of this site, scaled down for printing and assembly on a desk.

In the drawing: Walks in place, slows to a stop, crouches and looks around with its sensor head.

Scale
Desktop kitPlaceholder
Build
3D-printed partsPlaceholder
Moving joints
10Placeholder
Height
About 300 mmPlaceholder
Control
Microcontroller boardPlaceholder
Price
On launchPlaceholder

Views

Fig. 02 / Side elevationNTS
Fig. 03 / Front elevationNTS
Fig. 04 / Plan viewNTS
Fig. 05 / Section A–ANTS

Details

  • P1

    Sensor head

    Pans and tilts on the neck, with the lens at the front.

  • P2

    Hip actuator

    Drives each leg from the side of the body.

  • P3

    Knee and damper

    Reverse knee with a spring damper to soften each step.

  • P4

    Three-toe foot

    Hinged toes that lift and land with the stride.

03 / Kit 02

#HX-01 Humanoid

An armoured humanoid with faceted panels and three-finger hands.
In development
Fig. 01 / 360° view · liveHX-01 · NTS

360° · drag to turn

A walking humanoid with a faceted chest shell, an angular helmet with a visor slit, layered shoulder plates and plated legs over exposed joints. The panels are separate prints, so they can be swapped or painted.

In the drawing: Walks with its arms swinging against its legs, then stops, looks round and waves.

Scale
Desktop kitPlaceholder
Build
3D-printed partsPlaceholder
Moving joints
20Placeholder
Height
About 400 mmPlaceholder
Control
Microcontroller boardPlaceholder
Price
On launchPlaceholder

Views

Fig. 02 / Side elevationNTS
Fig. 03 / Front elevationNTS
Fig. 04 / Plan viewNTS
Fig. 05 / Section A–ANTS

Details

  • P1

    Helmet and visor

    Angular helmet with a sensor eye behind the visor slit.

  • P2

    Chest shell

    Faceted shield plate over the torso frame and waist joint.

  • P3

    Three-finger hand

    Three fingers and a thumb that curl together to grip.

  • P4

    Knee and shin

    Knee cap and shin shell with a calf piston behind.

  • P5

    Foot

    Long sole with a toe plate and heel block for balance.

04 / Kit 03

#WK-02 Heavy Walker

A wide, heavy two-legged walker with shoulder pods and sensor clusters.
In development
Fig. 01 / 360° view · liveWK-02 · NTS

360° · drag to turn

A wedge-nosed body with two sensor clusters and twin antennas, a vented pod on each shoulder and big hip armour. Thick legs on round knee hubs, with knee pistons and feet that have two toes in front and a spur behind.

In the drawing: Takes slow, heavy steps that drop the body at each footfall, then turns and raises its pods.

Scale
Desktop kitPlaceholder
Build
3D-printed partsPlaceholder
Moving joints
9Placeholder
Height
About 350 mmPlaceholder
Control
Microcontroller boardPlaceholder
Price
On launchPlaceholder

Views

Fig. 02 / Side elevationNTS
Fig. 03 / Front elevationNTS
Fig. 04 / Plan viewNTS
Fig. 05 / Section A–ANTS

Details

  • P1

    Sensor cluster

    Three lenses either side of the nose, one lit.

  • P2

    Shoulder pod

    Vented pod that tilts up on a pivot at the shoulder.

  • P3

    Hip armour

    Large plate over each hip actuator, marked with an X.

  • P4

    Knee hub

    Round knee joint with a piston from thigh to shin.

  • P5

    Toed foot

    Two front toes and a rear spur spread the load.

05 / Kit 04

#SP-03 Camera Spider

A four-legged walker that carries a camera on a pan-and-tilt hub.
In development
Fig. 01 / 360° view · liveSP-03 · NTS

360° · drag to turn

A rounded camera body with a zoom lens and a side viewfinder, on a geared pan-and-tilt hub. Four thin legs with a hip, femur and tibia each carry it over uneven ground, one leg at a time.

In the drawing: Creeps forward one leg at a time, then stops to sweep the camera and zoom the lens.

Scale
Desktop kitPlaceholder
Build
3D-printed partsPlaceholder
Moving joints
15Placeholder
Height
About 200 mmPlaceholder
Control
Microcontroller boardPlaceholder
Price
On launchPlaceholder

Views

Fig. 02 / Side elevationNTS
Fig. 03 / Front elevationNTS
Fig. 04 / Plan viewNTS
Fig. 05 / Section A–ANTS

Details

  • P1

    Zoom lens

    Lens barrel that slides out to zoom while scanning.

  • P2

    Camera body

    Rounded body with a viewfinder box and grip.

  • P3

    Pan-and-tilt hub

    Geared turntable with a yoke for the camera tilt.

  • P4

    Leg

    Hip yaw, femur and tibia; one lifts while three hold.

06 / Start a project

Ready to build?