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The VRS DFP20 wheel base is unconventional. It is impractical, unusual, and visually very different from what most premium sim racing manufacturers are offering today. Despite all of that, it delivers one of the most impressive direct drive experiences currently available.
After spending considerable time testing the DFP20, it became clear that this wheel base follows a very specific philosophy. VRS prioritizes driving performance above everything else. Features, aesthetics, and ecosystem size all take a back seat to force feedback quality and on-track performance.
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Let’s address the elephant in the room first. The VRS DFP20 does not look like a modern premium wheel base.
It features warning labels, exposed connectors, large industrial plugs, and even retains its factory labeling. While competitors focus on sleek housing designs, RGB lighting, refined finishes, and integrated mounting solutions, the DFP20 takes a completely different approach.
The wheel base has a barebones, industrial appearance that immediately stands out. It offers no integrated ports on the unit itself, relies on a separate control box, and only supports front mounting out of the box unless additional mounting brackets are purchased.
This approach aligns perfectly with VRS’s no-nonsense philosophy. The company clearly believes that what matters most is what happens once you are actually driving.
Interestingly, the rugged appearance may appeal to some sim racers. The industrial aesthetic gives the DFP20 a motorsport-inspired feel that differs from the polished consumer electronics approach taken by many competitors. Depending on your setup, much of the exposed wiring can also be hidden behind a monitor mount, reducing the visual impact considerably.
One of the DFP20’s most interesting aspects is its pricing structure.
The entry-level version starts at just $450 for a 6 Nm configuration, making it surprisingly accessible considering the hardware involved. VRS also allows users to increase torque output through software-based upgrades.
If users decide they want more power later, they can simply purchase an upgrade code to unlock higher torque levels without replacing the entire wheel base.
This system addresses a common issue within sim racing. Many users begin with lower-powered direct drive systems before eventually upgrading to stronger hardware. Instead of forcing customers into entirely new ecosystems, VRS allows them to expand the capabilities of their existing investment.
VRS has even acknowledged that the lower-powered versions are sold with minimal profit margins, expecting that some customers will eventually upgrade their torque output over time.
While some may question whether these software limitations could eventually be bypassed, the reality is that most sim racers investing in premium equipment are unlikely to pursue unofficial workarounds simply to save money.
The unconventional design philosophy continues when examining the wheel mounting system.
The DFP20 ships with an exposed output shaft and does not include an integrated quick release mechanism. Users must either purchase VRS’s own $99 quick release adapter or explore third-party alternatives.
Fortunately, the VRS solution addresses one of the major criticisms surrounding the wheel base’s original release. Installation is relatively straightforward, with several community tutorials simplifying the process.
Once installed, the quick release performs exceptionally well. Throughout testing, there was no noticeable flex, unwanted movement, or play, even when operating at the wheel base’s full 20 Nm capability.
The system also supports third-party steering wheels using NRG-style connections, expanding compatibility beyond VRS’s own ecosystem. While VRS currently offers only a limited selection of compatible wheels, the open approach provides flexibility for users who already own existing hardware.
Design compromises only become acceptable if the driving experience delivers. Fortunately, this is where the VRS DFP20 excels.
The force feedback quality is outstanding.
Even with default settings, the wheel base delivers exceptionally clear and well-defined feedback. Fine details stand out immediately, including subtle road textures, small shifts in tire loading, early indications of grip loss, kerb impacts, and surface transitions.
Importantly, these various sensations remain distinct from one another. Nothing feels muddled or blended together. Each piece of information reaches the driver with clarity that closely matches significantly more expensive alternatives.
During testing in iRacing, steering inputs felt remarkably smooth without any obvious graininess or mechanical harshness. The motor reacted naturally during slower cornering situations while maintaining the responsiveness required to handle sudden oversteer moments, aggressive kerb strikes, and rapid directional changes.
The wheel base feels exceptionally fast. This responsiveness allows it to reproduce sharp impacts and quick transitions without introducing any sense of delay.
At the same time, the DFP20 never felt excessively aggressive or difficult to control when properly configured. Strength, damping, speed, and detail combined to create a force feedback experience that felt intuitive and highly natural.
The DFP20 also supports telemetry-driven force feedback effects in compatible titles.
This system allows the wheel base to utilize telemetry data directly from supported games instead of relying solely on traditional force feedback signals.
During testing, these additional effects integrated seamlessly into the overall driving experience. The implementation felt natural and enhanced immersion without introducing noticeable latency or artificial sensations.
Beyond performance, reliability has also been impressive. Throughout extended sessions, the wheel base remained completely silent during operation, exhibited no significant heat buildup, and showed no reduction in performance consistency.
Everything about the DFP20 suggests that it was engineered with a singular focus on delivering dependable driving performance.
Comparisons against flagship direct drive systems inevitably arise.
Against the Simucube 3 Pro, the VRS DFP20 falls only marginally short in reproducing some of the most subtle force feedback nuances. The differences exist, but they are extremely small and unlikely to significantly impact most users.
Similarly, Fanatec’s Podium DD series paired with FullForce technology offers additional haptic elements that some drivers may prefer.
However, the distinctions between these products are often software-related and highly subjective. In blind testing scenarios, many users would likely struggle to consistently identify meaningful differences in overall driving quality.
The VRS DFP20 embodies function over form.
It lacks the visual refinement, integrated ecosystem, and convenience features offered by several competitors. The industrial design, separate control box, limited mounting options, and additional quick release investment may prove to be deal breakers for some buyers.
None of these compromises significantly affect the driving experience itself.
On track, the DFP20 delivers force feedback quality that approaches the very best wheel bases currently available. The differences between this system and considerably more expensive alternatives are surprisingly small.
It will not be the right choice for everyone. Those seeking polished aesthetics, extensive ecosystems, and maximum convenience may find better options elsewhere.
For sim racers who prioritize force feedback performance above everything else, the VRS DFP20 stands as one of the strongest value propositions in the direct drive market today.
It may be unconventional, but once the racing begins, very little else matters.
