Defender WiseKit
A programming kit for young learners. Students build models from the controller, sensors, actuators and bricks, then bring them to life with a simple graphical programming interface. Rich lessons and examples encourage creativity and imagination.
Compact and ready to program
The M6 controller has a 32-bit ARM Cortex-M4 processor, at least 8 MB of memory and a 2.4-inch colour LCD with touch screen.
It has 5 sensor ports (RJ11) and 4 motor ports, built-in Bluetooth and a built-in lithium battery. It supports Python and C, and its small size makes models easy to build around.
Motor and sensors
Four electronic parts come with the kit, ready for the lessons.
High torque, dual-axis output, quiet and durable, with a built-in encoder.
Continuous signal, fast response, threshold indicator and resistance to sunlight.
Photoelectric switch with high sensitivity, a status indicator and long life.
Shows seven colours with a misty three-colour light, fast switching and low power use.
Optional sensors, sold separately
Grow the kit with 16 extra modules, plus more expansion sensors from ZMROBO.
Temperature -40 to 125 °C, humidity 0–100% RH. IIC data, stable response.
Recognises 8 gestures with non-contact detection. IIC data, sensitive response.
Range 2–120 cm, accuracy up to 1 cm. IIC data, strong interference resistance.
Range up to 20 cm with 10 distance levels, narrow measuring angle, sensitive response.
Returns six-axis attitude data, calibrates itself, sensitive and accurate.
300–1100 hPa range, 0.2 Pa resolution, 10 cm altitude resolution, 0.004 °C temperature resolution.
Operating point as low as 0.9 mT, resists mechanical stress, high sensitivity, analogue signal.
Outputs raw RGB data, recognises 6 basic colours, adapts to brightness, automatic white balance.
Full-colour light ring with infrared receiving, sending and detection.
With full-colour LED lights. Strong interference resistance, high accuracy, long range.
Reads QR codes and barcodes from up to 18 cm away, with fast recognition.
Multi-level brightness, custom patterns, can show Chinese characters, fast refresh.
25 FPS at 680×480 px, sends over Wi-Fi up to 50 m, 80° viewing angle.
Python programming, speech recognition, image learning and visual recognition.
High transfer rate, long range, hot-swappable, Bluetooth 4.2.
Works with many controllers, long communication range, auto sleep, BLE 4.2.
85 brick types, 466 parts
Made from quality materials with careful production control. The bricks have a neat finish, precise structure and a smooth, soft fit.
They use the standard 10 mm hole pitch and can be assembled without screws.
Build, then program
Students build machines such as cranes, mixers, forklifts and robots, then program how they move and respond.
48 lessons in three stages
The lessons cover mechanical structure, power transmission, energy conversion, mechanism movement, electronic circuits, using the controller, detecting and gathering information with sensors, planning program flow, and writing and improving programs. The lessons are built into the Course Centre app for iOS and Android. Teaching slides, lesson plans, demo videos and build manuals are also available.
Force and machinery
Starts from everyday machines to explore mechanics and structure. 1 Balance scale (lever) · 2 Hand cart (friction) · 3 Slingshot (elastic energy) · 4 Gravity car · 5 Reciprocating saw gun (crank slider) · 6 Ferris wheel (belt drive) · 7 Crane (pulleys) · 8 Spinning-top launcher (gears, gear ratio) · 9 Lawn mower (bevel gears) · 10 Barrier gate (worm drive) · 11 Windscreen wiper (linkages) · 12 Swing ride (centrifugal motion) · 13 Swing (stable triangles) · 14 Tracked vehicle (chain drive) · 15 Rubber-band car (multi-stage gears) · 16 Sewing machine (combined drives)
Engineering challenges
Uses construction machines to solve engineering problems with code and mechanics. 1 Pumpjack (controller basics) · 2 Vibrating screen (sequence) · 3 Cement mixer (loops) · 4 Hand drill (controller buttons) · 5 Electric saw (touch screen) · 6 Rammer (motor servo) · 7 Bulldozer (synchronised motors) · 8 Crusher (touch sensor) · 9 Lift (initialisation) · 10 Lathe (wait for angle) · 11 Drilling machine (photoelectric sensor) · 12 Hydraulic press (colour lamp) · 13 Sorting machine (colour recognition) · 14 Mechanical claw (combined sensors) · 15 Forklift (repeat until) · 16 Hoist (encoder)
Smart life
Uses smart everyday products to guide students through smart projects. 1 Doorbell (buzzer) · 2 Push-button lamp · 3 Gear-shift fan (multi-speed) · 4 Music player (sound frequency) · 5 Decision maker (random numbers) · 6 Noise decibel meter (microphone) · 7 Smart bin (custom functions) · 8 Anti-theft automatic door (time) · 9 Smart piggy bank (variables) · 10 Light-sensing curtain · 11 Mousetrap (display strings) · 12 Simple code box (screen coordinates) · 13 Electric folding chair (Bluetooth) · 14 Robot pet dog (multitasking) · 15 Robot vacuum (address data) · 16 Food-delivery robot (dual line tracking)
Specifications
Bring Defender WiseKit to your classroom
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