#Anakin’s Podracer (UCS)

This sleek Star Wars racer has been re-created by ‘Anio’ from rebrickable, who has incorporated a significant level of detail into the two engines. Classed as an MOC Ultimate Collector’s Series, Anio has made hi-quality professional instructions which are FOR SALE via Rebrickable.
#Purchase instructions here via Rebrickable

#Viper Probe Droid (UCS)

This LEGO rendition of the classic Viper Probe Droid from the Star Wars Franchsie, was crafted by Pedro Henrique, and looks remarkably similar to the real thing. This masterpiece displays excellent on the shelf, and is a must-build for any fan. The intricate detail makes it worthy of the ‘Ultimate Collector Series’ (UCS) status.

#Get the instructions here! (via Rebrickable)

More fantastic star-wars inspired models (with instructions!) are available on Pedro’s flickr http://www.flickr.com/photos/70313131@N07/with/8107080283/

#GBC Shovel

SEE IT IN ACTION HERE!

Built by GBC expert, Philippe Hurbain, this model loops the function of transferring GBC balls into the shovel, and then onto the next module. The mechanism only uses one motor linked to a 40t gear wheel to control the function of both the loader and the shovel.

#Instructions available here! (Includes PDF, LeoCAD, and MLCad versions
Check out more great creations and instructions from Philo at http://philohome.com/

#‘Strandbeest’ Walker Frame

SEE IT IN ACTION HERE!

INSTRUCTIONS FOR FRAME ONLY

The Strandbeest LEGO walker, built by Jason Allemann, was inspired by Theo Jansen’s classic Strandbeest walking mechanism. Using power functions, Allemann has implemented these mechanics into his Steam Punk themed LEGO walker. The cooler part? He’s provided instructions for the base!
#Instructions available here!
Check out more awesome creations and instructions from Jason Allemann at http://truedimensions.com/instructions

#Killer Dozers

SEE THEM IN ACTION HERE!
These ‘Killer Dozers’, built by Philippe Hurbain, serve as an alternate model (almost – requires extra battery box and RC handset) to the 8275 bulldozer.

Each player control a dozer, the purpose of the game is to tip over the opponent. With the RC handset you control your dozer to go straight forward, to turn in place backwards, and to lift/lower the blade to raise your opponent. Each dozer is set on a different channel, and of course it is forbidden to switch your remote on your opponent channel!

#Instructions available here! (Includes MLCad and LDraw files!
Check out more awesome projects from Philippe Hurbain at http://philohome.com/

#LuuMa EV3 Core

SEE IT IN ACTION!

Jason Allemann has created an ‘Ultimate Machine’ (Otherwise known as the ‘Useless Machine’) using the latest and greatest technology from the EV3. However, unlike other UM’s, this EV3 version takes things a step further… or a step more annoying for the person trying to flick the switch!

#Instructions available here! (includes LDraw files!)
Check out more awesome creations and instructions from Jason Allemann at http://truedimensions.com/instructions

#Sudoku Solver

SEE IT IN ACTION!

A fantastic example of what the NXT is capable of achieving, Andersson from http://www.tiltedtwister.com, has crafted and programmed this beautiful robot using a LEGO Mindstorms NXT 1.0, to solve a Sudoku puzzle, AND FILL IN THE ANSWERS – all by itself! . This is also build-able with a 2.0 kit with the exception of a few extra parts including a Light Sensor (unless you are able to reprogram it with the colour sensor) and a turntable.

Built by: Hans Andersson

Approximate building time: 3.5 hours

Program: Yes

Building level: Intermediate

Program level: Advanced

Type of Instructions: Lego Digital Designer

#Download the instructions and program (plus more great projects from Hans Andersson) at http://www.tilted twister.com!

#Claw Striker

SEE IT IN ACTION!

Built by Dave Parker, from NXT programs, this robot uses an ultrasonic sensor to lock on targets, and then adjust and strike its opponents with its monstrous claw according to the distance read by the ultrasonic sensor.

This Claw Striker will use the ultrasonic sensor to automatically locate a target, adjust its distance to the target, then swing it’s claw like a whip to strike the target.

With a pre-prepared program and versions for both the NXT 1.0 and 2.0, this is the perfect project to introduce to a builder who wants a fairly simple build, with a fun program.

Built by: David Parker

Approximate building time: 2 hours

Program: Yes (Get it here)

Instructions: Yes (Get them here)

Building Level: Intermediate

Program Level: Advanced

#Check out more fantastic instructions from Dave Parker at http://www.NXTPrograms.com