Moose Tuned Puts a Custom Reve D RDX Deck Conversion on the Table

Reve D’s RDX is the company’s RWD drift chassis, and the maker positions it for a range of drift surfaces including P-tile, painted concrete, carpet, and asphalt. That surface spread is part of why the RDX has become a useful canvas for personal builds: it gives owners a known kit architecture, then leaves plenty of room for body choice, electronics, steering feel, battery placement, and chassis conversion parts.

A deck conversion sits in the middle of that culture. It is not just a cosmetic move, and it is not automatically an upgrade in every car. Changing the deck layout can affect how a builder packages electronics, how the upper structure ties the car together, and how the build is serviced on the bench. Without Moose Tuned’s supplied measurements or setup sheet, the correct read is narrow: this is a custom RDX running that conversion, not a universal instruction to copy it.

That distinction is healthy. RC drift setup is full of parts that mean different things depending on the surface, tires, weight layout, motor position, servo, gyro, and how the driver uses the transmitter. A conversion can make one RDX cleaner, easier to work on, or better suited to a builder’s layout choices, while another RDX may be better served by staying closer to the kit.

A bench video can be more useful than a fast edit when the subject is a chassis conversion. Track footage tells you how a car moves through a line, holds angle, transitions, or sits in tandem proximity. A table-format video can slow the viewer down around the object: deck shape, packaging, hardware access, wire routing, and the choices that disappear once the shell goes on.

The supplied source does not include a transcript, so there are no quoted explanations from Moose Tuned to pull into the article. It also does not provide a surface, tire compound, body shell, motor, ESC, servo, gyro, transmitter, or setup sheet. Those omissions keep the story honest. The video is worth watching as a documented look at one custom RDX, not as proof of how the car drives or how the conversion changes lap behavior.

That is still a valid RC drift film subject. A lot of the scene happens before the car touches a layout: cutting, assembling, rerouting, rethinking, and deciding what kind of car the chassis is going to become. Moose Tuned’s post lands right in that zone.

Watch Moose Tuned’s video directly on YouTube: ON THE TABLE: Custom Reved RDX Bingowasp Spicy Deck Conversion.

If you are using it as build inspiration, keep two tracks open at the same time. First, watch the custom car as Moose Tuned presents it. Second, keep the base RDX reference nearby through YAW’s Reve D RDX manual page, which points to the maker’s instruction manual, correction sheet, exploded view, gear ratio table, and blank setting sheets.

The useful takeaway is modest and practical: this is one builder’s custom RDX direction, credited to Moose Tuned, centered on a Bingowasp Spicy Deck conversion. The next step for anyone copying the idea is not guessing from the title. It is checking the official kit documents, checking the conversion documentation, and matching the build to the surface, tires, electronics, and driving style actually in front of them.