Walking pad electricity calculator
A motorised walking pad draws power every hour you use it. The Office Walker draws 0 watts, because there is no motor in it. Put your own tariff and your own hours into the calculator below and it shows what a motor would cost you over ten years, against zero.
What a motor costs to run
Set the hours, the motor size and your tariff. The Office Walker line stays at zero, because there is nothing to power.
What does a walking pad cost to run?
That depends on three things you control and one you do not: your tariff, how many hours a day you walk, and how many days a year, against the motor's power draw. The calculation is the standard one, power in kilowatts times hours times days times your tariff per kilowatt hour, and the calculator above runs it on 365 days a year.
How much electricity does a manual walking pad use?
None. The Office Walker has no motor and no electronics, so it draws 0 watts while you walk and 0 watts while it sits there. Not low, zero. The belt moves because your legs move it, which is the only energy a walk has ever needed.
A motorised walking pad and the Office Walker, side by side
| Motorised walking pad | Office Walker | |
|---|---|---|
| Power draw | Whatever the motor is rated at, for every hour it runs | 0 watts |
| Cost to run | Rises with your tariff and your hours | Zero, for as long as you own it |
| Standby draw | Present on anything with electronics | None, there is no electronics in it |
| Noise | 60 to 68 dB | 33 to 45 dB in daily use |
Noise figures measured at one metre, 1.8 m height, in a 22 square metre room with a wooden floor and the windows shut.
The figure above is zero on an Office Walker, because there is no motor to power.
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