Inpro Solar Dynamo Copter
Product details
In 1886, Werner von Siemens discovered the dynamo-electric principle in Berlin. Due to the residual magnetism in the iron of the field magnets, an induction voltage is generated when the armature rotates. When a consumer is connected to the dynamo, current can flow, and the magnetic field of the electromagnets is strengthened. This electrical current, generated by manually cranking the dynamo, allows the helicopter to take off and fly. It's interesting that the helicopter stays in the air with so little power. Enjoy cranking!.
Small parts
Caution: Choking hazard – Contains small parts. Not suitable for children under 3 years.Minimum age | 10 years |
experimental area | Robotics |
Item number | 5700416 |
Manufacturer | Inpro Solar |
Category | Science kits |
Release date | 22.2.2016 |
Colour | Black, Transparent, Yellow |
Exact colour description | Black, Transparent, Yellow |
Material group | Plastic |
Material | plastic |
Minimum age | 10 years |
experimental area | Robotics |
Length | 25 cm |
Width | 17 cm |
Height | 5 cm |
Weight | 216 g |
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Reviews & Ratings
Warranty score
How often does a product of this brand in the «Science kits» category have a defect within the first 24 months?
Source: Digitec Galaxus- Inpro SolarNot enough data
- 1.4M0 %
- 1.Die Spiegelburg0 %
- 1.Science4you0 %
- 1.Sentosphere0 %
Warranty case duration
How many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?
Source: Digitec Galaxus- Inpro SolarNot enough data
- 1.Buki0 days
- 1.Clementoni0 days
- 1.Franzis0 days
- 1.Kosmos0 days
Return rate
How often is a product of this brand in the «Science kits» category returned?
Source: Digitec Galaxus- Inpro SolarNot enough data
- 1.Johntoy0 %
- 2.Lisciani0.5 %
- 2.Sentosphere0.5 %
- 4.National Geographic0.7 %