Which EBike Rickshaw Motor Climbs Hills Best? 750W vs 1000W vs 1500w..The Results are Shocking! скачать в хорошем качестве

Which EBike Rickshaw Motor Climbs Hills Best? 750W vs 1000W vs 1500w..The Results are Shocking!

Check out all of the Rickshaws shown in this video here: https://www.sixthreezero.com/products... https://www.sixthreezero.com/products... https://www.sixthreezero.com/products... https://www.sixthreezero.com/products... Which Rickshaw Motor Climbs Hills Best? 750W vs 1000W vs Dual Motor Test If you're considering an electric rickshaw for family rides, carrying passengers, or climbing hills, one of the most important questions is: How much motor power do you really need? In this video, Dustin from Sixthreezero puts four different rickshaw motor configurations to the test on a real hill to see how each one performs. With over 20 years of experience in the bike and e-bike industry, Dustin walks through exactly what you can expect when climbing hills using different motor systems. The test compares four different Sixthreezero rickshaw setups: • 750W Front Hub Motor Rickshaw • 1000W Mid-Drive Rickshaw • 1500W Dual Motor Rickshaw (750W front + 750W rear) • 750W Rear Motor Recumbent Rickshaw Each model uses the same basic platform — similar batteries, seven gears, five levels of pedal assist, and a throttle — allowing the focus to remain entirely on motor performance and hill-climbing ability. To simulate real-world riding conditions, Dustin weighs 240 pounds and the rickshaw itself weighs around 150 pounds, creating a combined load of nearly 400 pounds before adding passengers. This provides a realistic look at how these motors perform when carrying weight. 750W Front Hub Motor Rickshaw – Hill Test The first test begins with the 750-watt front hub motor using throttle only. The rickshaw climbs the hill at about 5 mph, demonstrating that it can make it up moderate grades without pedaling, though the climb is relatively slow. Once pedaling is added using pedal assist and gears, the speed improves to around 7 mph, showing how combining rider input with motor assistance significantly improves performance. For riders mostly traveling on flat terrain or mild hills, this setup works well. However, for steeper hills or carrying passengers regularly, more power can make the experience smoother. 1000W Mid-Drive Rickshaw – Hill Test Next up is the 1000-watt mid-drive motor, which offers a noticeable improvement in torque and acceleration. Using throttle only, the rickshaw climbs the hill at about 8 mph, already outperforming the front hub motor. When Dustin begins pedaling, speeds increase to 10–12 mph, highlighting one of the biggest advantages of mid-drive systems: they leverage the bike’s gears to multiply torque, making them particularly effective for hill climbing. For riders who plan to tackle moderate hills while carrying passengers, the mid-drive offers a strong balance between power and efficiency. 750W Rear Motor Recumbent Rickshaw – Hill Test The recumbent rickshaw, which features a 750-watt rear motor, delivers a surprising result. Despite having the same wattage rating as the first model, the rear motor climbs the hill at about 9 mph using throttle only, outperforming the front hub motor. The lower center of gravity and improved weight distribution help the rear motor maintain traction and efficiency on the climb. The recumbent seating position also offers exceptional comfort and stability, though the forward pedaling position can reduce the amount of leverage riders generate when pedaling uphill. 1500W Dual Motor Rickshaw – Hill Test Finally, Dustin tests the dual motor rickshaw, which combines a 750W front hub motor and a 750W rear motor for a total of 1500 watts. The difference is immediate. Using throttle only, the rickshaw climbs the same hill at roughly 14–15 mph, nearly three times faster than the first 750W setup. Even without pedaling, the dual motor system provides massive torque and acceleration, making it ideal for: • Carrying passengers • Pulling trailers • Tackling steep hills • Heavier riders or cargo loads For riders planning to regularly climb hills with passengers, the dual motor configuration offers the most effortless and powerful ride experience. Hill Climb Results Summary From this real-world hill test, the performance ranking looks like this: 1️⃣ Dual Motor (1500W) – Fastest and most powerful 2️⃣ 1000W Mid-Drive – Excellent torque and efficiency 3️⃣ 750W Rear Motor (Recumbent) – Surprisingly strong throttle performance 4️⃣ 750W Front Hub Motor – Works well but slower on hills Come Visit Us in Person for a Test Ride at: 1046 Calle Recodo Unit K, San Clemente, CA 92673 (310) 982-2877 theteam@sixthreezero.com To get an extra 5% off electric bikes use code YT5 To get $10 off standard bikes use code YT10