High Timber Electric
- Motor
- 350 W
- Battery
- 374 Wh
- Range
- Up to 40 mi
- Max load
- Not published
- Weight
- 52 lb
Schwinn
Schwinn makes 6 electric bikes we list, from $599.99. Here's what the brand publishes, what we've checked, and where its data is missing.
schwinnbikes.com ↗ Brand facts
- Warranty
- Lifetime frame · Motor 2 years · Battery 2 yearsSource: help.schwinnbikes.com
Details
- Lifetime on the frame for the initial purchaser; two years on e-bike pedal-assist components (throttle, sensor, battery, motor, display); one year on other non-wear parts; 30 days on wear parts and accessory components. Non-transferable; no registration required.
- Frame: Lifetime ('for as long as the initial consumer purchaser owns the bicycle')
- This warranty is extended only to the initial consumer purchaser. No warranty registration is required.
- This warranty is non-transferable, and coverage is voided for the purchase of secondhand bicycles.
- Claims need model number, date code and purchase information; via Contact Us form or 800-626-2811.
- Reimbursement for installation, assembly, disassembly and return shipping not covered.
- Missing parts / shipping damage claims within 30 days of purchase.
- US support
- US phone and email · Olney, IL (returns address)Source: help.schwinnbikes.com
Details
- Hours: 8 am to 6 pm, CT, Monday-Friday, excluding most major U.S. holidays
- Phone: 800-626-2811 (call); 866-450-0414 (text)
- 'Our U.S.-based Consumer Care team is here to help!' (Pacific Cycle Consumer Care, serving US, Canada and Mexico). Only published street address is the returns depot: 'Pacific Cycle Returns 4730 East Radio Tower Lane Olney, IL 62450'. No office/HQ address on schwinnbikes.com.
- Certifications
- UL 2849 stated on every model
- Sells through
- Direct online at schwinnbikes.com and through retail partners 'Available Online or In-Store': Academy, Amazon (Schwinn brand store), Dick's Sporting Goods, Target and Walmart. No independent dealer locatorSource: schwinnbikes.com
- Returns
- 30-day returnsSource: help.schwinnbikes.com
Details
- Returns and exchanges within 30 days of the original date of purchase for schwinnbikes.com orders only, like-new and unused with all components; $100 return fee on e-bikes; closeout items final sale.
- Restocking fee: Return fee deducted from refund: $100 for e-bikes; $50 for (non-electric) adult bikes and trikes; $20 for kids' bikes and trikes
- Return shipping: Schwinn supplies a postage-paid label; the return fee covers it ('Refunds minus costs for return shipping')
- Models in our guide
- 6 on sale
- Price range
- $599.99–$999.99
- Last checked
- Sep 2026
Lineup
Schwinn e-bikes
Hurricane 20in Compact
- Motor
- 500 W
- Battery
- 499 Wh
- Range
- Up to 40 mi
- Max load
- Not published
- Weight
- Not published
Regent Electric
- Motor
- 350 W
- Battery
- Not published
- Range
- Up to 35 mi
- Max load
- Not published
- Weight
- 50 lb
Twister Folding
- Motor
- 250 W
- Battery
- 187 Wh
- Range
- Up to 15 mi
- Max load
- 260 lb rider
- Weight
- Not published
Data quality
How complete Schwinn's data is
We check each figure against the brand's own pages. Gaps stay visible until the brand fills them.
- Missing: Rider limit not published on 4 of 6 modelsHigh Timber Electric, Hurricane 20in Compact, Parkwood Electric, Regent Electric. Only a total load, or nothing, is published, so fit checks are less certain.
- Missing: Rider height range not published on 5 of 6 modelsHigh Timber Electric, Hurricane 20in Compact, Parkwood Electric, Regent Electric and 1 more. We can't confirm who they fit by height.
- Missing: Weight not published on 2 of 6 modelsHurricane 20in Compact, Twister Folding. Hard to judge how easy they are to lift or move.
- Missing: E-bike class not published on 6 of 6 modelsHigh Timber Electric, Hurricane 20in Compact, Parkwood Electric, Regent Electric and 2 more. We place them from top speed and throttle where we can.
- Missing: Battery not stated in watt-hours on 5 of 6 modelsHigh Timber Electric, Hurricane 20in Compact, Parkwood Electric, Tornado Compact and 1 more. We calculate it from volts × amp-hours.