Freedare Eden Review | The Start of Something Beautiful?
A Fat Tire/Cruiser hybrid with great range, solid climbing power, a stable ride, and a useful app.
It’s not every day that we test e-bikes from newer brands such as Freedare. As Julius Caesar once wrote, experience is the best teacher, and we often find that fresh entrants to the e-bike market often need a few years to find their footing.
As the step-thru option among Freedare’s two fat tire/cruiser hybrid models, the Eden lured us in with unique features for its price point (between $1,500 and $2,000 at the time of writing). These include things like IoT (Internet of Things) technology, a multifunctional mobile app, and an integrated SIM card for security and navigation.
We were encouraged to see prominent brand names featured in the bike’s components. The Eden includes a Bafang motor, a battery pack built from Samsung cells, a hydraulic brake system from Tektro, and a Shimano drivetrain. We noted that it was fully UL Certified as well.
It’s also worth noting that we don’t often see a fat tire e-bike bearing the swept-back handlebars of a relaxed cruiser. In many ways, this combination of elements makes sense; fat tire e-bikes are known for their stability, while cruisers are defined by their comfort. A pairing of the two seems well-suited for riders who want the best of both worlds.
The question remained: would this new but unique entry to the fat tire e-bike market hold up to the performance standards set by its peers? See our full review below to find out!
Class 2 (throttle to 20 mph)
Class 3 (pedal assist to 28 mph)
- The Eden uniquely combines the stability of a fat tire e-bike with the relaxed feel of a cruiser.
- We found the Freedare app to be robust and chock full of useful features, including security, navigation, and more.
- Riders can choose between 3 riding modes that govern speed and motor power, as well as three easy-to-use pedal assist levels.
- The Eden includes front and rear racks that are able to haul groceries, camping supplies, or other cargo.
- Pedaling is easy thanks to a powerful 750W motor, and the throttle’s gradual acceleration feels controlled.
- Freedare included a 3-amp fast charger to power up the huge battery in under 7 hours.
- The bike features a color display.
- We recommend that Freedare upgrade to an 8-speed drivetrain with a wider gearing range to support Class 3 speeds. A trigger-style shifter would also make shifting faster and more comfortable.
- The bike’s sensitive torque sensor may help to offset the problem, but taller riders will likely get less leg extension than expected. We encourage the brand to expand the number of frame sizes.
- The ability to switch between riding modes/speeds is great, but changes didn’t always seem to sync correctly.
- In Sports Mode, the throttle could reach 28 mph. We suggest limiting it to the Class 2 limit of 20 mph while allowing the PAS to reach 28.
- Battery:20Ah, 960wh, Samsung 21700 Battery Cells
- Display: TFT Color screen with USB interface (with speedometer, odometer, pedal assist level, etc.)
- Motor: 750W BAFANG Geared Hub Motor, Rated 750W, Peak 1000W, Rated torque 20N.M, Maximum torque 80N.M
- Headlight:Integrated LED
- Taillights:
- Pedal Assist: Torque sensor, PAS 1-3
- Claimed Range: Up to 90 Miles
- Throttle:Thumb Throttle
- App:Freedare App
- UL Certification:UL 2271 & UL 2849
- Claimed weight: 84.2 lbs
- Tested Weight: 84.8 lbs
- Rider height range: 5’5” to 6’5”
- Total payload capacity: 350 lbs.
- Brakes: Hydraulic brake
- Fenders: Plastic front and rear
- Fork: Adjustable Suspension Fork
- Frame: AL-6061 aluminum alloy
- Drivetrain:SHIMANO 7-speed gear shift system, 44T chainring, 14-28T cassette
- Grips: Ergonomic Rubber
- Saddle: SR Saddle
- Handlebar: 650mm, with back sweep
- Kickstand: Side kickstand
- Pedals: Platform
- Tires: Kenda 26″*4.0″ Fat Tires
Freedare Eden Review: Speed Test
To start off our performance tests, I took the Eden out to the bike paths to get a feel for its three riding modes, each with three levels of pedal assist. I recorded my maximum speeds in each pedal assist system (PAS) setting; the data is graphed above.
One quick disclaimer: I tried to maintain a consistent level of effort in each of my tests because the bike’s torque sensor changed its motor’s power output based on how hard I was pedaling. With more or less effort applied, my results would likely have differed. Your results likely will be similar but not identical.
In Eco Mode, the Eden is limited to a maximum speed of 12 mph. As the graph shows, I was able to reach that speed in all three of the bike’s assist settings when riding on flat ground.
In Normal Mode, the Eden could reach 20 mph with its throttle or PAS—making it a Class 2 e-bike. As shown above, I stepped up in speed in PAS 1 and 2, but since I had reached the riding mode’s maximum speed, my recorded velocity in PAS 3 did not change.
In Sports Mode, I had access to the bike’s full power and highest speed limit of 28 mph. The graph above shows that my speed increased consistently between PAS settings in this mode, making each power level feel distinct and meaningful. I noticed that the throttle was also able to reach 28 mph, which exceeds the typical Class 2 limit of 20 mph.
I found the throttle’s acceleration pleasant, gradual, and safe, but we recommend that Freedare limit the throttle speed in Sports Mode to 20 miles per hour while still allowing the pedal assist system to reach 28 miles per hour. This change would allow the Eden to adhere to the 3-class system governing e-bikes, making it more likely to be legal in all areas.
The profile shown by our Sports Mode data is relatively ideal, but the Eden’s other riding modes did not show as much variation. Eco Mode effectively provides one limited pedal assist setting, Normal Mode offers two practical power levels, and Sports Mode’s three functional but high-powered assist levels make for a fast and easy experience.
Eco mode’s limited speed and power may appeal to older riders who haven’t ridden a bike in years, but we recommend that Freedare condense Eco and Normal modes to a single low-power setting. We also encourage the brand to rebalance this new setting to match the Sports Mode profile—just with lower power and slower speeds.
FYI: the Freedare app is needed to access all of the Eden’s functions, including changing its riding mode. We’d prefer to be able to change the riding mode through the bike’s display in the future so that the app isn’t necessary, but fortunately, the app setup process was fairly quick and easy.
When changing the riding mode, I observed that the settings did not seem to always sync correctly; switching to Normal Mode from Sports Mode changed the throttle speed but still allowed pedal assist to reach 28 mph. Changing it again seemed to correct the issue, and hopefully, the hiccups I experienced could be fixed with an update to the app.
Otherwise, I found that the bike handled high speeds very well by feeling stable, powerful, and, of course, fast. As we illustrated, there is room for improvement with the bike’s pedal assist system, but overall, the Eden was enjoyable and fun to ride.
Freedare Eden Review: Range Test
We tested the Eden’s range and motor/battery efficiency in our Range Test using the process explained in the graphic above. We tested it as it shipped in its highest-powered riding mode, Sports Mode; the bike’s range in Normal or Eco mode will likely exceed our results—possibly even approaching Freedare’s advertised range of up to 90 miles.
The bike ultimately performed well in this test; we did not expect it to reach such a great distance in its fastest, most powerful mode. Still, when compared to similar fat tire e-bikes we have tested previously, the Eden’s results were roughly average (58.1 miles) in PAS 1 and significantly above average (32 miles) in PAS 3.
We attribute its success to two factors: above-average battery capacity and a torque sensor.
In terms of capacity, the Eden’s 960-watt-hour (Wh) power source greatly exceeded the 812 Wh average for the fat tire category.
Thanks to the bike’s torque sensor, Eden’s motor output fluctuated in response to our test riders’ pedal effort, so it was more efficient than average. Therefore, Eden was able to stretch out its battery charge across a greater distance and time.
Based on its motor and battery specs (a 750W hub motor and 960 Wh battery), we expected our PAS 3 test to yield results of roughly 22 miles over an hour and 15 minutes. Our real-world results were over twice as good. That’s no small feat!
The test wasn’t all ideal, though; during the PAS 3 test, I noticed that the motor output was not consistent due to an extremely sensitive torque sensor (more about that later). The motor turned on and off almost constantly if I didn’t keep the same cadence or pedal pressure at all times, which likely helped extend the range, but it also felt somewhat jerky.
Hiccups aside, we were pleased with the bike’s results. A minimum distance of 50-55 miles (and realistically, the potential to go much further) makes the Eden practical for long leisure rides, commuting, etc. We expect most riders will need to recharge their batteries only once per week—which should take under 7 hours with the included 3-amp charger.
Freedare Eden Review: Hill Test
We expected good results from the bike’s 750W motor, which has 80 Newton meters (Nm) of torque and up to 1200W of peak power—and we weren’t let down. It’s worth noting that we tested it in Sports Mode, so the Eco and Normal riding modes would likely have given us slower results.
Compared to similar fat tire e-bikes we have tested, the Eden’s Sports Mode performance was both above and below average. Its throttle was roughly 7 seconds faster than average, which we attribute to its higher-than-average peak wattage.
It was roughly 12 seconds slower than average in the pedal test, which is likely a result of its torque sensor. The motor’s fluctuating motor output is usually a boon in the Range Test, as discussed previously, but more of a bane when traveling uphill.
Still, the Eden completed the test in good time. Its results show that it shouldn’t be hampered by even some extreme hills. Additionally, riders should have the option to soft-pedal uphill or allow the motor to do all of the work when throttling.
Freedare Eden Review: Brake Test
Using the process explained above, we determined the Freedare Eden’s average stopping distance to be 25’3”. The current average for all fat tire e-bikes we have tested is 22’4”, so its brake system proved less effective than average.
The bike is specced with the entry-level, 2-piston Tektro HD-E350 hydraulic brake system, which has made frequent appearances on a myriad of e-bikes we’ve reviewed. Its performance has been best on light to mid-weight e-bikes, while fat-tire e-bikes tend to be heavy. The Eden’s above-average weight of 85 lbs made it even more difficult to slow down.
I did not experience any problems in my testing, though the system’s slower performance was noticeable. The bike felt extremely stable when braking, but the brakes lacked bite; as such, we recommend that Freedare upgrade to a more powerful system with the ability to bring such a heavy bike to a stop more effectively.
Freedare Eden Review: Ride Quality
In terms of its sizing, the bike is available in a single frame size advertised for riders from 5’5” to 6’5”. Our team was divided on its fit, but at 5’11”, I found it to be somewhat awkward-feeling. I was unable to extend my legs fully when pedaling—possibly the reason for the extremely sensitive torque sensor—and I found the 650mm handlebars too narrow.
As I stated in the intro, the Eden is one of two models made by Freedare. The brand’s other fat tire e-bike, the Saiga, has a high-step frame with greater saddle height and flat handlebars but is otherwise identical to the Eden. As such, it’s better suited for taller riders; I’m confident the Saiga would be more appropriate for my height and leg length.
We appreciate that Freedare offers two bikes for riders of different sizes, but we encourage them to expand the number of frame sizes offered for each model. This would allow for a better fit—and increase the overall comfort—for riders on the extreme ends of the height spectrum.
I found the Eden’s handling to be relatively predictable, though its size and weight were noticeable (as I’d expect for a fat tire bike). It was appropriately stable, which is one of the style’s most appealing features. In general, the bike handled well, though wider handlebars would likely improve its overall feel.
The bike’s motor engaged quickly and smoothly, and the bike felt controlled when riding at speed, but I noticed that its 7-speed drivetrain resulted in ghost pedaling at speeds above 20 mph. Considering that the bike ships in Sports Mode, where its speed can reach 28 mph, we recommend that Freedare upgrade to an 8-speed drivetrain with a wider gearing range.
An upgraded drivetrain would also likely include a trigger-style shifter, which we feel would be a better fit in terms of comfort, ergonomics, and speed.
As a fat tire e-bike, the Eden includes a suspension fork and knobby 4”-wide tires. These give the bike limited off-road capabilities, making it suitable for multi-use trails, gravel roads, and other low-difficulty areas.
I’ve discussed multiple points of critique, so I want to be sure to balance that as much as possible with kudos where appropriate. I was pleased by the bike’s color display and control panel, but the Freedare app was one of its best features.
In addition to changing the bike’s riding modes, the app can track ride data (speed, distance, time, etc.), create routes, and provide turn-by-turn navigation. Through IoT (Internet of Things) technology, users can also check the status of most of the bike’s major components.
The Freedare app also uses the bike’s integrated SIM card to monitor its location. Users can set the app to send text messages, emails, phone calls, and/or app notifications if the bike is moved—or stolen. We found this feature to be too sensitive (slight jostles would blow up my phone), but the team at Freedare was able to reduce the sensitivity.
Regarding the SIM card, Freedare offers users 500 MB of free data for five years. After that point, users will need to pay an annual subscription fee to maintain its functionality. Pricing data was not available during our review but will be in the future.
Freedare Eden Review: Summary / Where to Buy
We liked the bike’s stability, its feel at high speeds, and its impressive performance in our Hill and Range Tests. Based on conversations with our readers, these tests are the two that many prioritize the most. We think most riders will also appreciate the security and navigation features included in the app.
Its combination of styles is likely to be fairly niche, but we think the Eden has the makings of a great bike following a handful of improvements. These include the areas of sizing, the drivetrain, the app syncing, and the throttle’s maximum speed.
We intend to work with Freedare to update the bike in the future, and we look forward to testing it again after that process is complete!
Happy Riding! Make sure to let us know if you have any questions or if you think we left anything out in our comments section in this review of the Freedare Eden.
Harold Wallace says
At 70 plus years old, Iam planning on my first E-bike soon. Sounds like the review of the Freedare Eden is very close to what I have in mind. My only question at this time is the leg inseam you have? I also stand around 5 10 but have an inseam of 28 1/2 in. Some men have longer inseam, maybe 32 in. The difference of an inch or 2 could make a big difference in pedal comfort.
John S. Bozick says
Hi Harold, thanks for the question. My inseam is about 31 inches, so you’d likely get better leg extension than I experienced.