Electronic Kits

• Perfect way to get started with programming and hardware interaction • No soldering required • All parts are included to build 6 projects • Small prototype breadboard included • Projects: Dice, Buzzer, Theremin, Miniature Steady Hand Game, Fruit Keyboard, Traffic Lights Kit contains: 1 x micro:bit, 1 x piezo buzzer, 1 x 170 pin breadboard, 1 x 10mm red LED, 1 x 10mm yellow LED, 1 x 10mm green LED, 1 x battery case with AAA batteries, 1 x set of crocodile clip wires and 0.5mm micro USB cable

Pre-assembled fully functioning uncased 4GB memory stick. Ideal for students wanting to design their own case. Easily incorporate electronics into a design project. • Dimensions: 45 x 14 x 4.5mm thick • Write speed 3M/s. Read speed 10M/s • Onboard LED indicator

This kit is designed for Workshops to learn about Arduino, Sensors, Actuators, Coding and Design. It includes a full how-to guide online, and comes with the following: YourDuinoRoboRED Arduino-UNO-compatible with built-in 3-pin I/O connectors, higher-current 5.0V and 3.3V supply. 1 x Bluetooth Radio remote interface: connect to Smartphones etc. 5 x Big push-button switches [Digital Input] 2 x 10K Potentiometers that fit breadboard well [Analog Input] 5 x 10K Photo Resistors (Light sensors) [Analog Input] 1 x Ultrasonic Distance Sensor [Digital Signal Input] 1 x Joystick Module {Analog Input] 1 x Digital temperature sensor DS18B20 [Digital Signal Input] 1 x LCD Display 2 lines of 16 characters [Signal Output] 50 x LEDs - 5 assorted colours, plus 10 220 ohm resistors (below) [Digital or Analog Output] 1 x Red-Green-Blue Multicolour LED [Digital or Analog Output] 1 x Buzzer Module (makes sound with voltage applied) [Digital Output] 1 x Beeper Module (Makes different sounds/tones with Arduino TONE Library) [Analog Output] 1 x Servo Motor (Mechanical positioning from digital pulses] [Digital Signal Output] 1 x Small Stepper Motor with driver board [Digital Signal Output] 1 x DC Motor small 5V 1 x Power Transistor NFET (Can control DC motor, other large DC loads) 2 x 3-pin cables to 3-pin connectors that fit the Robo1 and various Electronic Bricks etc. 2 x 3-pin cable to separate wire ends that connect the Robo1 to any device 1 x USB Cable (50cm) 1 x 40 wide flat rainbow color cable that can be separated to make many different cables 2 x 40 pin strips that can be separated to connect cables to breadboard and other devices 10 x 220 ohm resistors (LED current limit etc.) and 10K resistors (switch pullups etc.) 1 x 8cm high-quality Breadboard with power and ground strips

A dragster kit that allows multiple choices for transmission and student development. It promotes a strong collective commitment to making and testing an identical chassis. The kit ensures students can create their own original dragsters. Features: - Belt driven with the option of 3 pulley diameters. - Choice of mounting the rear wheels of 4 different diameters. - Demountable wheel to highlight slip / traction. - Front axle configured in different ways to search for the best straight-line guidance. - Multiple configurations for the body cover, depending on student preference. Requires 3 AA batteries. Dimensions depending on configuration, expanded PVC frame 6 x 40 x 200 mm. Includes a variety of parts including wheels and pulleys of different diameters. Excludes the material for the body, allowing students to develop their own from a chosen material. Available as a single pack or a pack of 10. Batteries not included. This kit enables you to make up to 10 Dragsters.

A model/test bench To test and understand basic construction principles • How are buildings and structures built? • What are the characteristics of buildings? • Why don't buildings fall down? The concrete block test bench allows students to work on basic construction principles using stacked blocks.

Bridges Test Stand This kit enables students to compare different types of bridges. Students will assemble and test various systems and observe the characteristics of each bridge struture. Comes boxed as a self assembly kit Dimensions: H 250mm x L 520mm Truck for the Bridge test stand can be purchased. 560-776 Truck (300g)

Dragster kit that works with solar energy. The solar cell is 60 x 60mm. Dimensions: L 150 x W 60 x H 95mm. The kit involves a variety of skills across the curriculum including cutting, drilling, wiring, assembly. Includes all parts and materials required: • Solar cell • Solar motor • Mechanical parts • Chassis and cover pre-cut to dimensions This kit enables you to make ten Solar Dragsters.

Dual Fuel Dragster has a switch to select the source of energy, either battery or solar cell. The lightness of the vehicle and the great sensitivity of solar propulsion engine, works even under hazy sunshine. • Features steerable front wheels • Dimensions: L 210 x W 80 x H 70mm • Weight: 70g This kit enables you to make one Solar Dragster.

This mono amplifier kit uses an LM386 audio amplifier IC which can output 1.25W of power. The kit is supplied with a pre-built jack cable and a PP3 battery clip, and can run off any voltage from 4 to 12 Volts (Absolute Maximum 15V). Requires a PP3 (9V) battery.

This stereo audio amplifier kit is an ideal basis for a design and technology project, and works with any personal stereo equipment. It uses a NJM2073D audio amplifier IC which can output 1W per channel. The kit is supplied with two speakers and a pre-made 3.5mm jack plug. It works nicely off a PP3 battery (9V), or runs off any voltage from 2 to 15 volt. NOTE - this kit needs to be assembled

This stereo audio amplifier kit is pre built. It's ideal for product design projects. It uses a NJM2073D audio amplifier IC which can output 1W per channel. The kit is supplied with two speakers and a pre-made 3.5mm jack plug. It works nicely off a PP3 battery (9V), or runs off any voltage from 2 to 15 volt. All that is required is to solder the jack lead, speaker & power clip to the board.

This kit allows you to build an economic mains powered lamp that takes power from a standard 5V micro USB phone charger (not included). The kit comprises a very bright 1W Power LED which connects (with the cable provided) to a PCB that has a power switch, micro USB connector and power resistor. All that is required to assemble the kit is to connect the LED to the desired length of cable and solder the resistor to the board.

Take power from a PC with this handy USB lead. The lead is 1m long and has pre tinned red and black wires which connect to the 5V pins on the USB plug. The USB standard allows peripherals to draw 100mA each, which is enough to power an LED or most simple circuits.

The FM radio kit offers fantastic reception quality and outputs 1W of power. It uses industrial surface mount ICs which are mounted on the board. You just have to solder the remaining resistors, capacitors and other components to finish the kit. The radio has controls for tuning and to adjust the volume. The circuit includes an audio amplifier and output is via a 66mm diameter speaker. The board can be powered from a 2.5V to 5.5V supply and works nicely off a 5V wall supply or 3x AA batteries. An optional FM radio telescopic aerial is also available.

Build a computer desk lamp or ornament using this simple board. The board takes power from a USB port and the light can be turned on/off with the on board switch.

A team of students design and build their own gravity racer, which as the name suggests, has no engine so is the ultimate in green racing. The team decides how they run the project, incorporating aspects such as the planning, design, materials, research, events and PR. There are a number of events which teams can enter and there is a National Technical Specification that all UK racers must be built to enter most events in the UK. With Formula Gravity, we are helping to inspire and train this generation with a fuel free racing environment to help tackle the green issues of today. What can Formula Gravity do? • Increase the number of students choosing engineering, science and technology subjects, apprenticeships and courses • Raise young people's creativity, expectations and aspirations • Develop key skills • Facilitate greater school to business interaction • Enrich curricula • Improve achievement Download further information the advantages of the Formula Gravity project from the 'Reosurces' tab. We are working with a broad spectrum of education, from universities to middle schools with the project highlighting engineering in schools and colleges with particular emphasis on the automotive industry. The project is handed over to schools as a whole school task, from the fund raising and power point presentations to the design, build and race. Students can be involved as much or as little as they like giving an overall experience of running a race team. All aspects of an engineering project can be done by the school. Get involved with Formula Gravity and inspire your students to become the engineers of tomorrow. What's in the kit? 1 Spaceframe 1 Steering column 1 Plastic Steering column mount 2 Steering arms 1 Steering Handle + nut 2 Suspension support bars front 2 Suspension support bars rear. 8 Suspension parts cast alloy (We weld on the back uprights) 2 Back uprights 4 wheels 20 inch. 48 spoke black anodised hub. 30mm axel 1 10mm retaining bolt 4 Tyres 4 Inner tubes 4 Wheel rubber inner spoke covers 4 10mm wheel bolts long 1 Set Brakes (Two in a set) 2 Brake cables Inner Outer 4 Brake cable ends 1 Dual Brake lever 1 Speedo 2 Steering wheel grips 6 left hands Rod ends 10mm 23 Right hand rod ends 23 Lock nuts 1 Seat + seat nuts bolts 1 Aluminium sheet for floor 30 Nuts bolts washers 10mm 1 Seat belts 3 point red 2 Karabiners to fix seat belt to side of vehicle

This pack contains: • A sample of Polymorph low temperature polymer • A length of smartwire (shape memory alloy) • A sheet of thermochromic film (liquid crystal technology) • A sample of lenticular sheet • An IQ controller (self contained programmable controller) • A brief guide and suggestions for experiments