Back in 2010 when Yamaha announced low scale (1000 units a year) production of a low end (26 miles/hr) electric scooter, the EC-03, the press release said the EC-03 was just the first step of what Yamaha expected would usher in a full line of electric motorcycles by 2020. This line would include a "high output" model. Given Yamaha's role in the motorcycle world, it's fair to assume Yamaha was hinting an electric superbike by 2020.
Most of what we know about the PES1 and PED1 comes from the 2013 Tokyo Motor Show, where these bikes were shown, along with and several other electric scooters and bicycles.
Let's take a look at everything Yamaha showed last fall to get a sense of where they're going.
What I see is the company looking to reuse components on more than one bike. That's a wise move letting them reuse engineering investments to fill out the model line. But is it resulting in lower power? Is the PES1 limited by a drive train meant for dirt bikes?
Some of these vehicles are underpowered, uninspiring, or even confusing. The electric bicycle doesn't make sense to me with nearly 20 years of experience riding electric bicycles. It looks like a high end race bike, with aerodynamic wheels and seat/handlebars set up for a serious racer. Why would a serious racer want electric assist?
Yamaha PES1 |
- Length×Width×Height = 1,918 mm×640 mm×1,000 mm
- Motor type = DC brushless motor
- Battery type = Lithium-ion
- Transmission = Switchable between manual and automatic
- Vehicle weight = under 100 kg
Yamaha PED1 |
- Length×Width×Height = 1,900 mm×758 mm×1,205 mm
- Motor type = DC brushless motor
- Battery type = Lithium-ion
- Transmission = Switchable between manual and automatic
- Vehicle weight = under 85 kg
I don't want to rathole into controversy, it's just interesting to see the same explanation from two companies.
The "power unit" (the Yamaha Smart Power Module) is common between the PES1 and PED1. It has a rigid structure that's part of the motorcycle frame, rather than being carried inside the frame.
There's nothing about speed or range or charging time.
Yamaha eVino |
This is meant for urban commuting travel, meaning it has a modest speed and range. There are already plenty of scooters like this on the market, with top speeds in the 30-40 miles/hr range and a 20ish mile range. The eVino supports a removable battery pack.
- Length×Width×Height = 1,675 mm×645 mm×1,005 mm
- Motor type = DC brushless motor
- Battery type = Lithium-ion
Yamaha EKIDS |
The power unit is the same as on the eVino.
- Length×Width×Height = 1,245 mm×575 mm×715 mm
- Motor type = DC brushless motor
- Battery type = Lithium-ion
The YPJ-01 has a mid-drive system, meaning the motor drives into the rear wheel gearing and therefore the rider gets lots of flexibility in power/effect ratios. Even though it has a 250 watt motor, it will still be pretty speedy because of this.
The battery pack looks pretty small, so don't expect much from the range. Maybe Yamaha does mean this to be solely for little speed boosts now and then?
- Length×Width×Height = 1,700 mm×430 mm×1,050 mm
- Motor type = Center-mounted 250W motor (pedal-crank direct assist)
- Battery type = Lithium-ion
- Transmission = Externally-attached 22-speed (Front: 2-speed, Rear: 11-speed)
This vehicle has a top speed around 26 miles per hour, and is (or was) in very low production, about 1000/year.
There are several similar low end scooters on the market from other makers.
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