Ride1UP CF Racer 1 Review, 2024
This lightweight carbon fiber gravel/road e-bike features great specs, responsive handling, and an unbeatable price!
The CF Racer’s smooth carbon fiber frame is central to its ride feel; it weighs a grand total of… drum roll please… 29 lbs! With such lightweight construction, we found that it felt nimble, airy, and energetic. It was also incredibly easy to lift and load onto a bike rack.
A comparable e-bike from other prominent e-bike brands is likely to run upwards of $1,000 more than the CF Racer 1’s price point between $2,000 and $2,500. In many cases, this cost would still only equate to a traditional alloy frame with significant differences in handling, feel, and range.
The bike’s low cost and design do come with a few trade offs including limited sizing options and adjustability. Additionally, while we dig the cleanliness of its appearance, internally routed cables have the potential to increase maintenance costs when servicing the CF Racer at a bike shop.
Here at Electric Bike Report, we perform a series of standardized tests to evaluate motor power, battery efficiency, braking performance, etc. We continue our discussion in the context of the CF Racer 1’s test results in the full review below.
- Extremely lightweight and nimble with a total weight of 29 lbs!
- Premium construction at a seriously affordable price. We’d expect a price around $1,000 more for a carbon fiber frame elsewhere!
- Subtle and smooth pedal assist up to 28 mph with the 250W Bafang rear-hub motor.
- Available in both gravel- and road-specific configurations.
- Decked out with a full complement of reliable name brand components – SRAM, Bafang, Samsung, Selle Royal, etc.
- Includes a tasteful color display with easy-to-read info.
- A clean, stealthy design with a seamless carbon fiber frame, fully internal battery, and a tiny motor.
- The limited number of frame sizes and monocoque carbon fiber stem/handlebar unit combo means fit customization is limited.
- Internal wiring requires additional labor/cost when performing routine maintenance through a mechanic.
- Battery:36V 7Ah (252 Wh) Internally Housed – Samsung Cells
- Display: VeloFox DM02 Color Display
- Motor: 36V 250W Geared Hub Motor, 42nm torque
- Controller: 36V 15 Amp DMHC Sine-wave
- Headlight:N/A
- Taillights:N/A
- Pedal Assist: Integrated Sensitive Cadence, PAS 1-5
- Range:16-40 miles (claimed)
- Throttle:N/A
- UL Certification:None
- Claimed weight: 27.4 lbs (Road) / 28.6 lbs (Gravel)
- Rider height range: 5’-3” to 5’-8” (50 cm) / 5’-8” to 6’-3” (56cm)
- Total payload capacity:225 lbs
- Brakes:160mm SRAM Rival 1 Hydraulic Disc
- Fenders: N/A
- Fork: Rigid Carbon
- Frame: Ultra Lightweight Solid-Form Carbon Fiber, Concealed wiring and electronics, ISO 4210 and TUB strength tested and certified
- Drivetrain: 11-Speed, Prowheel 42T Alloy Chainring, 11-42T SRAM Rival Cassette
- Grips: PU Leather Bar Wrap
- Saddle: Selle Royale Asphalt GF
- Handlebar (Gravel): Size 50cm:15° Flare, 400mm Hood, 467mm Drop Bars / Size 56cm: 15° Flare, 420mm Hood, 487mm Drop Bars
- Handlebar (Road): Size 50cm: 3° Flare, 400mm Hood 412mm, Drop Bars / Size 56cm: 3° Flare, 420mm, Hood 432mm, Drop Bars
- Kickstand: Not Included
- Pedals: Flat Platform Flange Pedals
- Tires: Continental Terra Trail 700x40c (Gravel) / Schwalbe E-One 700x32c (Road)
Ride1UP CF Racer 1 Review: Speed Test
I tested the gravel version of the Ride1UP CF Racer 1, but I measured its speeds on both paved bike paths and dirt/gravel roads. With 5 distinct assist settings, the bike performed well; I found that it offered a range of power levels suitable for riders who prefer an analog bike feel as well as those who seek the powerful push of an e-bike.
On the bike path, my test began with the pedal assist system (PAS) deactivated; riding with only my effort established a baseline of 14.9 mph. The bike’s overall weight of 29 lbs made this a breeze! The lowest assist level, PAS 1, delivered a subtle level of power that did not greatly affect the feel of the bike. Pedaling was much easier in PAS 2 and 3, where I reached 19.4 and 20 mph respectively – though the natural feel of pedaling a bike was still present. The motor’s push was much more noticeable in both PAS 4 and PAS 5, where I reached 24.6 and 26.1 mph respectively.
In this portion of the test, my data shows an overall linear pattern that indicates even increases in power between each assist setting. There was an unusual dip in the PAS 3 result, which I attribute to a difference in my own effort – not that of the motor. The evidence for this appears in the results of my second Speed Test on gravel.
Starting off in this more demanding environment, I reached 9.1 mph with the PAS deactivated. My speed increased with subtle power to 9.6 mph in PAS 1 and 11.2 mph in PAS 2. In PAS 3, my result of 13.4 mph showed a steady increase in speed. I again felt more of a push in PAS 4 and 5 where I reached 15.5 and 17.3 mph respectively.
When graphed (see above), this second test shows a remarkably well-distributed power system. While subtle in the low assist settings, I found that the (extremely quiet!) 250W rear-hub motor could provide a powerful feel in higher settings that was amplified by the CF Racer’s overall weight.
On the rough desert roads that I rode in my testing, PAS 3 and 4 seemed the most practical. PAS 5 was appropriate for hills or smooth sections, but on rough ground, I found less speed to be more ideal. On paved surfaces, I enjoyed the smooth ride and felt more comfortable at the bike’s Class 3 speeds.
Ride1UP CF Racer 1 Review: Range Test
In our Range Test, the CF Racer performed well for its specs, which we largely attribute to the bike’s lightweight frame.
We tested the capabilities of the bike’s internal battery in both its highest and lowest PAS settings by riding until all charge was depleted. We traveled 15.3 miles in PAS 5 and 47.6 miles in PAS 1 when testing the bike on a network of local bike paths.
Our contact at Ride1UP advised us that weight was a primary concern when developing the CF Racer. This is apparent both in its use of lightweight materials, but also its aesthetic; the bike’s slender frame maintains an analog look.
As such, the bike’s battery size is limited, but based on our results, this approach paid off; its results in our PAS 1 test exceeded our expectations based on those of other models with similar specs and rear-hub motors (these were primarily in the city/urban category of e-bikes). Its PAS 5 results were exactly on par with our expectations based on its 250W motor and 252 Wh battery.
Prospective owners should be aware that the bike’s range will differ based on its environment. The paved paths where we performed our testing offered much less resistance for the rider and motor to overcome than a gravel route would have. With this in mind, dedicated gravel riders should expect less range than we achieved in our testing.
We believe that the bike’s range is practical in its current state, but it is possible to double the bike’s range for a relatively minimal cost; Ride1UP offers a 36V, 252 Wh external range extender battery that can be added to the CF Racer 1 for roughly an additional $300.
This optional battery was designed specifically for the Ride1UP Roadster V2 (which, incidentally, is also available in a gravel version), but is also compatible with the CF Racer. The brand is currently developing what we anticipate will be a more sleek range extender for the carbon fiber bike, though we do not yet have details on its release date.
Test results aside, It is worth noting that the range extender is not an essential addition for one reason in particular: the CF Racer 1 can be pedaled easily without assistance. Due to its lightweight frame and effective gearing range, it is a functional analog bike when the battery is depleted.
Ride1UP CF Racer 1 Review: Hill Test
We tested the bike at Hell Hole Trail (our standard Hill Test location), which is a steep, paved path roughly one-third of a mile in length. With the maximum level of pedal assist in PAS 5, our tester Justin managed the climb with an average speed of 10.0 miles per hour in 1 minute, 48 seconds.
The most apt comparisons for the CF Racer in this test are city/urban e-bikes we have tested with similarly low-output rear-hub motors. Ride1UP’s road/gravel bike demonstrated above-average performance for a 250W rear-hub; its results were more in line with what we have measured from 350W drive units. The bike’s specs reinforce this placement, as its motor’s peak wattage of 540W and 42 Newton-meters (Nm) of torque are slightly above average.
The CF Racer 1’s geometry also gave it an advantage in this test. When compared to most city/urban e-bikes with a more upright riding position, its more aggressive and aerodynamic geometry/positioning reduced drag and allowed Justin to pedal up the hill faster.
The CF Racer 1 is intended to have an analog feel, and in our opinion, it succeeds at this goal. Any e-bike with a 250W rear-hub will require effort from the rider when approaching hills – but we found that the CF Racer’s output was enough to make the task noticeably easier.
Ride1UP CF Racer 1 Review: Brake Test
The CF Racer 1’s brakes performed effectively in practical applications and firmly within our range of expectations despite appearing slightly below average when considering only our data. We gathered three sets of results using the process explained above, then calculated the bike’s average stopping distance to be 23’7”.
Once again, the city/urban category of e-bikes is the most useful for comparison – primarily due to their similar size and weight. At the time of writing, our current average for this category is 22’10”, which shows a relatively minimal difference of 9 inches. For perspective, this distance can be traveled in a literal blink of an eye when riding at 20 mph.
The CF Racer 1 is equipped with a SRAM Rival 1 hydraulic brake system with 2-piston calipers and 160mm rotors. We are confident in stating that the bike is well-specced with this system, which is clearly powerful enough for this lightweight bike and our test rider who weighs roughly 230 lbs.
When testing the bike on dirt/gravel roads with significant elevation changes and a myriad of hazards (large rocks, washed-out trenches, etc.), I felt that the brakes were extremely effective. They allowed me to control my descents on steep hills and avoid/maneuver through tricky areas appropriately – as I expected from a SRAM brake set.
Ride1UP CF Racer 1 Review: Ride Quality
Starting off on a positive note, the bike’s overall handling and feel was fantastic. I found that the lightweight frame felt noticeably agile and energetic, allowing for fast acceleration and quick maneuvering. The carbon fiber construction also significantly improved comfort by absorbing vibrations from the environment, though with a fully rigid frame bumps were still noticeable.
In terms of fit, I found the CF Racer 1 to be relatively comfortable, though its fit is limited for purposes of efficient manufacturing. The bike is offered in two frame sizes – 50cm and 56 cm – with a general fit for riders between 5’3” and 6’3”. There are spec/geometry differences between the road/gravel version of the bike, though we can only speak specifically about the gravel version we tested.
The 50cm frame includes 400mm handlebars (467mm at the flared drops), while the larger 56cm version is equipped with 420mm/487mm drop bars. Regardless of width, these are custom monocoque (single-piece) units with an integrated stem. This construction means that any precise adjustments to handlebar height or reach will likely be costly, as customization would require the unit to be replaced with a standard stem and separate set of handlebars. As such, we would encourage the brand to expand the number of frame sizes to a minimum of 3 (4 would be even better, but as we understand, significantly more costly) so as to offer a more precise fit with each size.
We give credit to Ride1UP for the CF Racer 1’s sleek and stylish design; its smooth frame is another benefit of carbon fiber construction. Without close study, it’s likely that most passers-by would think it to be an analog bike, as its motor is only slightly larger than a standard wheel hub, its battery is completely hidden, and its cables are internally routed. This last detail is another thing to be aware of, however, as routine maintenance (bearing replacements, etc) will require more steps – and likely increased labor costs when relying on a mechanic.
To go into detail on the user interface, the CF Racer uses a single SRAM Rival DoubleTap shift lever on the right bar, with only the front brake lever on the left. I found that this shifter took some time to get used to, but it was ultimately quite intuitive and functional. The bike’s on/off button is on the color display unit which sits forward of the handlebar/stem unit. The bike’s PAS adjustment buttons are placed on the inside/top of the drops, which I found easy to use when gripping the drops, but somewhat awkward to reach when using the hoods.
In my opinion, the bike’s range is a contributing factor to its ride quality, though I found it to be appropriate for my 90-ish-minute test rides in the desert, and it should be fine for short training rides. I used PAS 3 most often and reserved the power of PAS 5 for steep inclines or picking up speed on my return trips to the office.
The CF Racer 1’s rear-hub motor uses a cadence sensor, though this was not initially apparent in our testing; Ride1UP uses a “current-based system” that dictates the output of the motor without limiting speed. I appreciated the motor’s responsive, smooth engagement and natural feel. I also found it to be remarkably quiet with a nearly undetectable hum.
So ultimately, while there is some room for improvement, we feel that there is much to appreciate about the CF Racer and Ride1UP’s approach to this affordable gravel bike.
Ride1UP CF Racer 1 Review: Summary / Where to Buy
The bike performed well across the board in our testing; we found that it had a spirited and nimble feel, and a practical level of power for both of its intended environments. It features a balanced pedal assist system, impressive climbing ability and a practical amount of range for its specs, and solid braking from the SRAM hydraulic system.
We encourage Ride1UP to expand the number of frame sizes so that the bike can offer a more precise fit to its respectable range of riders. And we think it’s important to consider that the bike’s clean and tidy appearance is likely to have some tradeoffs in terms of maintenance costs.
With those things in mind, we think the CF Racer 1 is well-suited to budget-conscious shoppers seeking an affordable means of entry for gravel riding, as well as aging gravel cyclists who may want a subtle boost from an electric motor.
The CF Racer 1 earned our stamp of approval, and we look forward to seeing what Ride1UP offers next!.
Happy Riding! Make sure to let us know if you have any questions or if you think we left anything out in this review of the Ride1UP CF Racer 1 down in our comments section.
Denver Rider says
Clearly written by ai littered with errors
John S. Bozick says
To be clear, we do NOT use AI. We are a team of fallible writers.
Ari A. says
Thanks for the review. I’ve been checking regularly for it on your site. I think the early concern among prospective buyers of the CF Racer was that it used a cadence sensor. I have the Velotric T1 ST, which is a great city bike for the price and has a hub mounted motor with a torque sensor. You’ve tested that bike. How does the Racer compare in terms of a natural feel? Most people who’ve ridden road bikes will not want to travel at fixed speeds like most cadence sensor equipped bikes require. By the way, the word is hoods, not hooks, for where you put your hands on a road bike. 😉
John S. Bozick says
Thanks for the question, Ari! I’d say the two bikes felt distinct, with the CF Racer probably feeling more natural at lower assist levels and the T1 ST fitting that description more at higher levels. Id’ say the difference is relatively subtle though, and I’m not entirely sure which I’d prefer. I didn’t feel “locked in” to fixed speeds with either bike, and in the CF Racer’s case that’s due to Lectric’s new-ish “PWR” programming. It’s not quite as natural as a torque sensor in some cases but it’s really close. And thanks for the info, I think my wording could have been more clear. I was referencing position #2 in this article on hand placement with drop bars.
Brandon says
In that case it is referred to as “the drops”
John S. Bozick says
I appreciate the clarification!
dark Overlord says
worth noting that at least your brake test was done with a rider that is over the max limit specified for it (225). not by a lot, and I’m sure still a valid comparison to other bikes. could be something to list as a con, along with the limited frame sizes as it similarly could make it not a good fit for all riders…
John S. Bozick says
That’s a good point! I’m not sure any of us actually thought about that, though for comparison purposes Griffin does the brake testing for every bike.
Ari Altman says
Thanks for the insights on the sensor. This bike is very tempting, and a new gloss black version was recently added to the Ride1up website that looks great. And I wasn’t aware of that hooks nomenclature. Might not be that common, but your photo made clear what you were saying, so you have it covered. It does look awkward, but this is a problem with any bike using this style of handlebars, where your hands can move around a lot.
William Chan says
So I have found a large question that hjasn’t really ever been answered.
The company should write a list of best tires for each type of bike, but of course for me I’m only interested in road/gravel. Do you guys have any recommendation, its actually not that easy to find out what choices of eroad bike tires are available. Or do you think putting good standard road bike tires work fine.
John S. Bozick says
Honestly, there are too many different tires and manufacturers out there for us to know all of them, but tires from Schwalbe and Panaracer have consistently done very well for us. For gravel, I really liked the Maxxis Rambler model.
William Chan says
Cool, ya I kind of knew theres no way to find and check all the tires, but I think it would be a good editorial that kind of just notes a like 2 or 3 good models for each type of bike. But yes I have mainly also spotted similar things where Schwalbe and panaracer is the most common answer with gravel on maxxis.
But have anyone actually tested normal tires on ebikes? and do you know what difference from a ebike tire and a normal tire?
John S. Bozick says
I think that’s a good idea, thanks for the suggestion. I need to dive into the subject of tires more, but as I understand, e-bike tires are heavier, more durable, and more able to withstand extra weight and higher speeds. We’ve seen a number of non e-bike-specific tires on lighter e-bikes, but they have generally been higher-quality, performance-oriented tires. The Maxxis Rambler I mentioned is one example of that.
Tracy says
Great video and write up. It would be nice to know if the tires are tubeless or regular?
You did a great job providing the right type of information
Tracy
John S. Bozick says
Thanks for reading and watching! The tires are tubeless-ready but the wheels themselves are not; it comes with tubes.
Lamar T Winters says
As an “Engineer” type by education, I found this review to be of excellent quality. I bought a CF Racer 1 gravel based on your u-tube review and have been very happy as I regain my fitness level using this bike. I use the pedal assist in conjunction with the derailleur system to maintain an optimal pace as I ride. The PAS is especially helpful with steep hills that I have encountered this summer. I am 71 and can ride again as I did when I was 55.
The only downside to the company is that they don’t update the manuals as they should. I added the external battery assembly to my bike and had to be creative as I wanted a more stealth look after the installation. This battery was designed for the Raodster model, which does not fit all that well for the CF Racer. I did buy a Roadster model for my son and now I have him out on the road with me! I decided on the external battery because I wanted to extend the range so that I can ride at least 40 to 50 miles. Based on my observations of battery use thus far in my riding history this should not be a problem. There are areas in VT on Lake Champlain that I miss riding and now I believe I can accomplish this goal.
Do you folks have a complete schematic for the bike? I would like to know more about how the motor controller works in conjunction with the two batteries that are connected in series.
Thanks again and good work!!
Having said all of this, This company has excellent tech support. All of my inquires have been answered promptly with the necessary information.
John S. Bozick says
Happy to hear! And thanks for the kudos. Unfortunately, we don’t have a full schematic; basic geometry charts usually cover our needs.