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Helicopter engines require substantial power to propel the helicopter vertically from a standstill. With regards to planes, yes obviously planes need powerful engines, BUT planes speed up to 200km/h on runways before they start flying.
Fischer-price.com has a range of "Power Wheels" batteries and accessories. There are also web sites that specialize in batteries for any Power Wheels vehicle. Try Battery-web.com if Fischer Price doesn't have your battery.
The colored balls on power lines are a warning indicator for low-flying aircrafts. The FAA mandates their existence as some sources say power line strikes are the leading cause of helicopter crashes.
Igor Sikorski invented the first helicopter. The inventor designed the helicopter to use solar power as a means of energy.
A helicopter with a jet engine. The engine is adapted to give power to a transmission, rather than thrust.
That depends on the power of engine
The amount of power in the battery is a function of the time Erik runs the computer on the battery.
You slowly decrease power by lowering the throttle. Make sure the Helicopter is coming to the ground at a slow pace and gently. Do not rush, because this could cause a faulty landing. Lower the Helicopter to the ground and when it touches, you can cut the power.
A battery does not produce power, it just stores power. The alternator produces the DC voltage the battery stores. As the power is taken from the battery it is replenished by the alternator.
Pretty poor TBH. You get about 7 minutes from a full battery, however the power drops off noticeably after about 3 minutes. The battery takes about an hour to recharge. A bit disappointing.
No. A battery is considered to be DC power.
flying