SWorkz have introduced two new aluminium option parts for their S12-2 2WD buggy in the form of a front upper arm holder and a rear upper linkage mount. Both parts are made of strong T7 grade aluminium and they feature a black surface finish with machined silver edge details and a laser-engraved SWorkz logo on the front upper mount. The parts will replace the standard items and improve both overall durability and visual impact.
MW RC Products have introduced the new RC Carbon Cavalieri carbon fibre shock towers for the SWorkz S14-3 and S14-3 Dirt 4WD buggies. The parts are machined from high-quality carbon fibre, they are a direct fit and the front tower also includes the needed carbon fibre shims.
View the rear shock tower here
Coming from TMG Speed and made for the SWorkz S12-2 2WD buggy is a new carbon fibre quick release battery mount. Machined from high-quality carbon fibre the mount is of an adjustable design, meaning it can be shifted forth and back in order to fine-tune the buggy’s weight balance. Included with the mount come two different size rubber bands to suit standard and low-profile battery packs.
Following the introduction of the new S35-4 nitro buggy kit, SWorkz have unveiled their forthcoming new S35-4 E-buggy kit. The buggy makes use of most of its nitro siblings’ features, such as a T7075 hard anodised and lightened aluminium chassis that sports a wide layout while the newly developed HET differentials being also included to provide an amount of traction that wasn’t possible with the previous systems. The kit also comes with a lower shock tower layout in the front and rear and the construction of the shocks is adapted to that new optimised layout. The steering geometry, with new Ackermann and steering plates, gives the driver the feeling of total control over the buggy. Also part of the kit are new suspension mounts that utilise new square inserts, allowing the buggy to be adapted to a wide range of track conditions. The lower front and rear arms are moulded using a newly developed composite material and they are of an updated design to fit the new chassis geometry. The side guards were redesigned in the same way. Another development are the totally designed rear hubs. Composite material combined with carbon plates gives drivers the possibility for various setups. The newly developed composite material is working perfectly together with the HET differentials to provide maximum traction. The kit features an aluminium sliding design motor mount for easy gear mesh adjustment and secure motor mounting. With the new lightened wing support owners can adjust the position and angle of the wing to give the buggy perfect on-track balance and together with the optimised new body shell, the aerodynamic system is working perfectly together. The kit is set for a release in the first half of April.
View a list of the features and more images here
Following first impressions of their forthcoming new nitro off-road buggy SWorkz have fully unveiled the S35-4 1/8th scale kit. The buggy is designed for pure racing with the geometry of the car providing optimised corner speed paired with easy handling and maximum traction. The S35-4 is based on a new T7075 hard anodised and lightened aluminium chassis that sports a wide layout while the newly developed HET differentials being also included to provide an amount of traction that wasn’t possible with the previous systems. The kit also comes with a lower shock tower layout in the front and rear and the construction of the shocks is adapted to that new optimised layout. The steering geometry, with new Ackermann and steering plates, gives the driver the feeling of total control over the buggy. Also part of the kit are new suspension mounts that utilise new square inserts, allowing the buggy to be adapted to a wide range of track conditions. The lower front and rear arms are moulded using a newly developed composite material and they are of an updated design to fit the new chassis geometry. The side guards were redesigned in the same way. Another development are the totally designed rear hubs. Composite material combined with carbon plates gives drivers the possibility for various setups. The newly developed composite material is working perfectly together with the HET differentials to provide maximum traction. With the new lightened wing support owners can adjust the position and angle of the wing to give the buggy perfect on-track balance and together with the optimised new body shell, the aerodynamic system is working perfectly together. The kit is set for a release in the first half of April.
View a list of the features and more images here
SWorkz have released first images, as part of a social media video, of their forthcoming new S35-4 1/8th scale nitro off-road buggy. The short video clip actually hides more than it show but we bring you full details on the kit as they surface. The release date is set for April for now.
SWorkz’s aluminium pit lamp is ideal for all racers that want to bright up their indoor or outdoor pit spaces. Powered by any USB power source the lamp features a lightweight aluminium body, 4-step adjustable brightness and it is of a foldable design that allows for super easy carrying and storage. A black surface coating and engraved SWorkz logos let the lamp stand out.
Following a couple of teasers and first images of the production-ready kit, SWorkz finally unveiled all details of their forthcoming all-new S12-2 1/10th scale 2WD buggy kit. The car builds on a lightened and hard-anodised 7075 aluminium main chassis whose layout allows for up to six different battery positions while the overall chassis flex can be changed by adjusting the sideguards. In the suspension department the car sports an updated geometry that was developed to provide optimised corner speeds and an easy handling on carpet or very high-bite tracks. The S12-2 uses a 4mm carbon fibre front shock tower and a completely new designed front C-Hub geometry. An adjustable Ackermann plate and carbon fibre steering plates come as a kit standard as do the new gullwing lower arms that provide a lower shock position which leads to a lower centre of gravity.
