Details and first photos of the new Lapierre Aircode DRS used by Groupama-FDJ

At Paris-Nice, where it was used by several Groupama-FDJ team riders, Lapierre unveiled the first images of its new Aircode DRS bike. Discover the first details of the new version of the “aero” road bike from the Dijon firm, in its final phase of development and validation.

Photo credits: Lapierre

For the development of the 3rd generation of its Aircode, Lapierre engineers started from a blank slate to design a 100% new frame.

At Paris-Nice (but also at the start of the Flemish classics), the most avid equipment observers could spot the new version of the aerodynamic Lapierre Aircode DRS under some Groupama-FDJ team riders. Still in its final development and validation phase (especially concerning the stem/handlebar part), the 2020 Lapierre Aircode DRS reveals its new lines and gives a glimpse of the work carried out by the Dijon company’s engineering department. The associated DRS (Drag Reduction System) designation, inspired by the Aerostorm time trial bike (but also by the world of Formula 1 and the lowering rear wing of single-seaters), suggests that this new version of the Aircode aims to further reduce aerodynamic drag and offer an even higher air penetration coefficient.

The new head tube of the Aircode DRS features a flared profile.

For this third generation of the Aircode, Lapierre’s engineering departments started from a blank slate to create and shape a 100% new frame. The brand developed its new frame with the support of the professional riders it partners with, as well as the aerodynamic knowledge of Professor Bert Blocken, a renowned specialist in CX and air penetration in the cycling world.

The integration and junction between the fork and the head tube have been carefully designed.

Drawing inspiration from the work and expertise acquired in the design of the Aerostorm time trial model, the Aircode DRS features certain lines that are reminiscent of the in-house rocket developed for timed events. Similarly, we can observe the specific connection of the seatstays to the seat tube and top tube, which echo the lines seen on the Xelius SL. And it can logically be imagined that the approach aims to reinforce and increase the overall comfort of the Aircode DRS compared to the previous version.

The junction between the seatstays and the seat tube/top tube area is reminiscent of the Xelius SL design.

Regarding the evolutions on the 3rd generation Aircode, we can also observe that the seatpost clamp is perfectly integrated into the extension of the top tube. And the presence of NACA and Kammtail profile tubes is still distinguishable. Previously available only with rim brakes, the Aircode DRS has been developed to offer dual technology, as the new frame perfectly integrates hydraulic disc braking.

The seatpost clamp is integrated into the extension of the top tube.

Broadly speaking, and before its official launch, we note that the Aircode DRS has largely drawn its inspiration from the lines of the Aerostorm DRS with the aim of optimizing aerodynamic performance in specific areas compared to the previous version of the Aircode. However, Lapierre engineers had to adapt it to the constraints of rouleurs/sprinters on long-distance events (different from a 50/60 kilometer time trial). The lines of the bottom bracket shell and its junction with the down tube and chainstays have also been worked on.

The Aircode DRS features a new profile at the bottom bracket shell, and at the junction with the down tube and chainstays.

Seen in professional races in recent weeks, the new Aircode DRS has entered its final validation phase at Lapierre. Only the handlebar/stem assembly is still in its development phase, to offer an integration and a level of efficiency that will match the aerodynamic performance obtained for the new frame.

The handlebar/stem assembly is in its final development phase, in order to integrate as well as possible into the overall design and to match the aerodynamic performance of the new Aircode DRS frame.

A junction support developed by Lapierre for its new frame integrates into the upper part of the head tube, to connect with the spacers or the stem. It can be noted that all Di2 and brake cables pass through this support in order to minimize air resistance and friction at all levels. No weight or figures have been given for now, but complementary and precise information on this new version of the Aircode DRS should not be long in coming…

A new support placed at the end of the upper part of the head tube, through which brake and Di2 transmission cables are routed, has been developed to offer maximum integration.

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