Engwe Engine Pro 2.0 Review

Engwe Engine Pro 2.0 Review

Last year I reviewed the Engwe Engine Pro and it was rated my top folding e-bike for 2023. Engwe has updated the bike for 2024. Will the Engine Pro 2.0 make my list for 2024?

It’s Even Better Now Except for Two Things. Engwe Engine Pro 2.0

Overview of Engwe Engine Pro 2.0 Features

  • The Engwe Engine Pro 2.0 boasts a 52-volt system, a class 3 ebike classification with up to 28 mph throttle speed, five levels of pedal assist, and a torque sensor, distinguishing it from the original model’s cadence sensor.
  • This ebike weighs 69 lbs with a high payload capacity of 330 lbs and is priced at $1299, only $50 more than its predecessor. A discount code can further save $100 on the purchase.
  • Available in a stepover style, with a height range suitable for riders between 52 to 68 inches, it comes in three color options: space black, midnight blue, and mountain green.
  • Engwe states that the Engwe Engine Pro 2.0 can achieve up to 30 miles with throttle-only operation or up to 68 miles using pedal assist, although real-world distances may vary based on usage.

Engwe Engine Pro 2.0 Motor and Transmission Details

  • The rear motor is a 52-volt 750W brushless hub motor capable of producing 1200W peak power and 75Nm of torque, unlike the previous version’s 55Nm.

Engwe made significant improvements to the Engwe Engine Pro 2.0, enhancing its power and functionality while keeping the design sleek and rider-friendly.

Security features and bike overview

  • Various features demonstrated include blinkers, daytime running lights, a horn, throttle, and pedal assist levels.
  • The key is essential for powering the bike, making theft more challenging.
  • The bike features a horn for alerting pedestrians.
  • The throttle on the Engwe Engine Pro 2.0 is limited to 20 Mph regardless of the pedal assist level used.
  • The throttle speed is limited to 20 mph to enhance safety.

Engwe Engine Pro 2.0 showcases a range of features like blinkers, a horn, and different pedal assist levels to enhance the biking experience.

Performance Testing: Speed and Power

  • Various pedal assist levels impact the bike’s speed, with level 5 offering the highest assistance.
  • The pedal assist levels influence speed; level 5 facilitates cruising at 20 Mph with minimal effort.

“They cannot put any power to this bike, so even though they could possibly steal it by cutting your lock, they’re not going to be able to provide any power to the bike.”

  • The bike can reach 28 Mph, demonstrating its torque and speed capabilities.
  • The speedometer accurately reflects the bike’s speed, as confirmed during testing from 0 to 20 Mph under ten seconds.

The Engwe Engine Pro 2.0 impresses with its speed capabilities, reaching 28 Mph effortlessly and validating the accuracy of its speedometer.

Seat Comfort and Off-Road Testing

  • The seat is comfortable but may need adjustments for better stability.
  • Off-road testing reveals minimal noise, with some cable rattling noted and easily fixed.
  • The reviewer suggests potential improvements to the seat design for enhanced comfort during longer rides.

Hill Climbing and Performance Evaluation

  • The Engwe Engine Pro 2.0 easily conquered a hill with pedal assist level five, prompting the rider to increase the gearing due to its smooth uphill performance.

Performance on Sand Test

  • The bike faced challenges in the sand, requiring a combination of throttle and pedaling to maneuver through.
  • Despite struggles, the bike successfully navigated the sandy terrain, albeit with some slip-ups.
  • The reviewer was impressed by the speed and climbing ability of the bike, considering it for a future list, thanks to its hill-climbing prowess.
  • The wind conditions added an extra layer of difficulty during the sand test, showcasing the bike’s adaptability to various environments.

“It was fast too… a nice little hill climber, trying to make my 2024 list for sure.”

The bike faced challenges in the sand, requiring a combination of throttle and pedaling to maneuver through.

Handling and Features Review

  • The bike displayed excellent brake performance and comfort despite windy conditions.
  • The hydraulic brakes proved efficient and reliable, enhancing the overall riding experience.
  • The sand test at the beach showcased the bike’s performance, requiring a mix of throttle and pedaling to navigate through the sandy terrain.
  • Although the seat offered comfort, it felt unstable due to its wobbliness, suggesting room for improvement.

The wind conditions added an extra layer of difficulty during the sand test, showcasing the bike’s adaptability to various environments.

Testing Braking Performance

  • The rider performs speed tests at 20 Mph and 28 Mph to evaluate the braking distances of the Engwe Engine Pro 2.0.

Performance Testing and Battery Life

  • The brake test at 20 Mph stops the bike in 25 feet, showing decent stopping power.
  • The reviewer conducted speed and braking tests to assess the performance of the Engwe Engine Pro 2.0 at different speeds.
  • Increasing the speed to 28 Mph results in a stop at 35 feet, showcasing longer braking distance.
  • The tests indicate that the brake system is effective but may show decreased efficiency at higher speeds.
  • They noted the distance it took for the bike to stop at various speeds, indicating good braking capabilities but some wobbliness at high speeds.
  • Despite several tests draining the battery significantly, the reviewer still had a sufficient charge, showcasing the bike’s endurance and efficiency under varied conditions.

“Oh boy, it gets squirrely a little bit out of control. Let’s see where we’re at, we’re at 35 ft.”

Bike Performance and Battery Life

The brake test took a lot out of this bike…we’re probably like six or seven miles from the house right now.

  • The rider reflects on the bike’s performance, noting that the Engwe Engine Pro 2.0 has been consistent and reliable throughout the review.
  • Despite the battery level dropping to 23.49%, the bike continues to function well, demonstrating its efficiency.
  • The use of torque sensors in the bike proves effective in conserving battery power and enabling a comfortable cruising speed.

Summary from youtubesummarized.com

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