Almost all pages are in need of updating. Please contact an admin if you have any questions or would like to join the wiki team.


From Robocraft Wiki
Jump to: navigation, search
Robocraft logo.png It is suggested that this page be moved to Insect Legs. Reason: "The title 'Legs' no longer applies to only insect legs, due to the introduction of mech legs."
Movement Block
Special Block
Cosmetic Block

Cling to any terrain

Insect legs are a movement cube in Robocraft, that allow to climb and jump.

Advantages and Disadvantages[edit | edit source]


  • Versatile, can climb up vertical walls and on ceilings
  • Stable on icy surfaces
  • Can jump
  • Speed increases with thrusters
  • Decent health
  • If legs are shot off and 2-4 are still remaining, they can still leave you mobile


  • Can be disabled if a leg is shot off
  • CPU and buy costs adds up quickly since mobility suffers from low leg count and at least several legs are required
  • Needs a large cube area
  • Hard to right if flipped over
  • Not sped up at all by overclocking like other movement types. Instead they jump higher.

Placement[edit | edit source]

A T9 Medic Walker with jump jet thrusters.

Legs can be placed on the lateral, forward, and back surfaces of a robot.

At least three legs are required for stability. The turning center for legs is the point equidistant from all the legs placed on a robot.

Legs are very large and have a narrow wedge where they obstruct block placement.

Legs lift the chassis of a robot high off the ground, allowing space to mount hardware on the belly.

When in flight or flipped, legs fold into a stored position on the side of the robot which may block cubes mounted above and below their mounting cube.

Movement[edit | edit source]

Unlike other movement cubes, Legs do not significantly increase their ground speed with the use of Thrusters. As legs embed themselves into the terrain they make a robot extremely resistant to the thrust of all other movement cubes, collisions, and has full traction on Ice. This makes legs ideal for landing on steep slopes or uneven terrain, and can stabilize a robot for high accuracy aimed fire. Legs enable a robot to scale cliffs and even hang from the underside of things, however this is still a risky maneuver.

Leg Number[edit | edit source]

Although it is possible to make a robot that can move with only 2 legs, the minimum needed for balanced and easy motion is 3 while four is the recommended minimum. Additional legs do not affect the motion of the robot across terrain, other than providing additional attachment points and moving the turning center of the robot. More legs make a robot less likely to slip or fall when on difficult terrain.

Leg facing and Strafing[edit | edit source]

When mounting legs, their facing can change a robots steering when in motion. Only mounting legs facing forwards and backwards, a robot can be created that will strafe sideways instead of turn when the forwards key is down. Placing legs laterally will return the robot to normal legged steering.

  • Forward and rear mounted legs will aid in climbing but are more vulnerable to damage.

Climbing[edit | edit source]

When building a walker designed for climbing, or that is capable of climbing, hanging upside-down (with the aid of downwards thrusters), and getting to those hard to reach places, it's advisable to have legs in all four directions, so that a robot has "Frontward Hooks" for going over ridges, and to more easily navigate changing geometry. Lateral (side) legs keep a robot stable, making your bot turn, instead of strafe, and having that extra latching/weight carrying capability.

  • Climbing might not always be advisable, as it could make your bot more vulnerable. On the other hand, it can allow you to get into useful vantage points for sniping, and can allow for launching surprise attacks from unusual angles.
  • When climbing, changing geometry may make your bot change directions, so if you're running back and forth up a hill to dodge shots and fire your own, beware the direction changes while doing so.

Jumping[edit | edit source]

Pressing the SPACE key will cause a walker to jump into the air. The initial impulse provided by the legs is greater than what can be delivered by thrusters. While airborne, legs have a weak self-righting effect that keeps a robot legs-down so that a robot lands on it's feet. Legs seem to reduce turning and pitch steering so jumping robots have difficulty changing their course once airborne, however this can be overcome with sufficient aerofoils, rudders and thrusters. Thrusters can significantly increase the height, duration, and distance a legged robot can jump. Jumps are always perpendicular to the surface the legs are attached to. That is, a jump off flat ground will go up, where as, if you are clinging to the side of a cliff wall, you will go sideways. If you jump and do not release the SPACE key, your legs will stay in a stowed position and will not grip the surface when you land. This option can come in handy for certain maneuvers depending on how you have place any thrusters.

Crouching[edit | edit source]

Pressing the SHIFT key will cause a walker to crouch down, how well a robot can crouch depends on how much structure the bot has below the attachment points off its legs. A robot can only crouch down until it's lowermost structure collides with the ground (or other surface). Large robots with many widely spaced legs can crouch over smaller robots and pin them to the ground.

Walkers can still move whilst crouching, though possibly at a reduced speed. This gives them a smaller profile, allowing them to duck down below rocks or barriers, and can offset the fact that most designs will have taller profiles than most Cruisers, Tanks, and low-flying Hovercraft designs.

Stowing[edit | edit source]

When airborne, tipped, flipped, or any other situation where legs cannot grab a surface to attach to, they fold up into a stowed position. This can significantly reduce the profile of a robot and makes a legged flyer or jumper a smaller target. Stowed legs are easier to roll and tip over when righting, but are still a significant impediment to righting a robot. Careful leg placement can use stowed legs to protect more vital components while jumping or airborne. If the SPACEBAR key is pressed and held down without releasing, the walker's legs will remain in a stowed position till the SPACEBAR key is released. This can be used to a player's advantage by creating thruster sled/walker hybrids, since stowed legs do not impose a speed limit, allowing for the player to travel much faster in a straight line.

Poor Maneuverability[edit | edit source]

Incorrect placement of legs can result in a robot that will not turn, move forward, or only scuttle sideways. even with the assistance of other movement cubes. Some experimentation is required when creating a walker robot, it is advisable to trial in the practice mode before entering battle. Combining legs with other movement cubes can modify the steering behavior of legs in ways that make a robot difficult to control.

If an errant walker is in battle the following hints can help:

  • Stop and Turn - This can be done rather quickly by letting go of the forwards key, and pressing a direction key afterwards
  • Jump and Turn - Once you are airborne, turning thrusters will work as normal, and allow you to twist around while in the air
  • Placing a different colored cube, or an otherwise easily identified component on the rear face of a radially symmetric robot can greatly help predict a robot's orientation and direction of movement.

Features[edit | edit source]

  • Legs stake into ground and grip surfaces, allowing walkers to cling to vertical cliff faces or even hang from the underside of bridges and overhanging rocks.
  • When jumping from a cliff face, legs will aim to self-right during the fall – like a cat – so you land on your feet
  • When overburdened, Walker Legs have a slower top speed, have a lower ride height, and do not jump as high
  • More legs can be used to increase weight bearing capacity
  • You can combine legs with all other Movement cube types, e.g. Aerofoils and Walker Legs to create flying Walkers
  • Thrusters don't improve your speed on the even ground but do help with scaling cliffs and with jumps (e.g. down-facing and forward-facing thrusters for extended jump height and length)
  • Reasonable speed on relatively smooth terrain; even without thruster assistance, walkers that have not exceeded their load capacity can easily reach around 90-100mph (144-160km/h).

Statistics[edit | edit source]

Image & Name Tech
Robot Ranking
Mass (kg)
Max Speed
Jump height
Robopoints price Galaxy Cash price
LegT7.png Worker 46 18,768 40 625 15.6 93 1936 21 109,350 235
LegT9.png Soldier 67 25,266 44 1,719 18 97 2130 23 541,283 575

Shared stats:

History[edit | edit source]

Walker promotional image
  • Version 0.7.847 (Rise of the Walkers): Added.
  • Version 0.7.849: Walker audio FX volume decreased.
  • Version 0.7.855: Hotfixed to double armor values (will not appear on tooltip until next update).
  • Version 0.7.859: Legs will remain retracted after a jump if you continue to hold the spacebar. Fixed placement issues of walkers.
  • Some-times later : Removal of Tier, Resistivity and Barrier.