Robo Pro

Introduce students to the exciting world of technology, software engineering, math, and entrepreneurship. Our comprehensive program equips students with theoretical knowledge and practical skills through hands-on learning experiences using LEGO® WeDo graphic programming.

Throughout each lesson,

Students will have the opportunity to build their own robots using LEGO® parts.
Enhance their algorithmic thinking by programming them to perform specific tasks.
Students develop proficiency in both programming languages and language skills.

Contents

Requirements

Contents

Requirements

Models

Excavator

The excavator bucket drive is made on a combination of a worm and two bevel mechanical gears.

Tower Crane

A drive on a cylindrical transmission, the crane boom rotates around its axis.

Road Roller

The drive of the model is made on a belt drive. Start-up is configured by a signal from a distance sensor.

Motor boat

A combination of cylindrical and bevel gears is used for movement, a cylindrical gear is also used to rotate the propellers in the rear of the motorboat.

Motorcycle

The drive is made on a bevel gear. The steering wheel can be turned.

Aircraft

The aircraft propellers are driven by cylindrical and belt drives. The tilt sensor is used to set the direction of rotation of the propellers (takeoff or landing)

The All-Terrain Vehicle

The movement occurs due to the work of a belt drive For ease of control, movement can be configured using the keys.

Beyblade

Due to the two-stage gearbox, the speed increases, which gives the initial rotation to the beyblade.

Bulldozer

The drive is made on a spur gear. Thanks to the blade in the front part, it can rake in one pile.

Robot Cleaner

The drive is made on the combination of spur and bevel mechanical gears. The brushes are driven by a belt drive.

Smart Car

The drive of the machine is made on a combination of spur and bevel gears. A feature of the model is that the car, when moving, recognizes the appearance of a precipice on the way.