The FE 350w engine is designed to deliver maximum performance. Tilted two degrees backwards to further centralize mass, all major engine components and shaft arrangements are positioned to enhance overall handling and improve the anti-squat behavior from the chassis. Weighing just 62.1 lb (28.2) kilograms, the 350 cc 4-stroke engine is incredibly efficient.

The FE 350w features a DOHC cylinder head engineered to deliver performance and reliability. Internally, the layout features a new camshaft with low-friction DLC coated finger followers ensuring minimal friction. Together with the lightweight titanium valves - 36.3 mm intake and 29.1 mm exhaust - strong and controllable power is delivered throughout the rev-range.

An 88 mm bore cylinder and forged bridged-box-type CP piston combine to create a compression ratio of 13.7:1. As a result, the low oscillating mass delivers strong and controllable power. High strength aluminium is used to manufacture both the cylinder and piston, with both components professionally engineered for outstanding performance and reliability.

The crankshaft is optimised for high performance and overall reliability with long service intervals of 135 hours. This has been made possible by using a plain big end bearing that features two force-fitted bearing shells.

The exhaust system is expertly designed to deliver class-leading performance at the lowest possible weight with the header pipe manufactured in two pieces. This design allows the header pipe to be removed without having to remove the rear shock. Further innovation allows for a short, compact silencer without increasing sound levels. The silencer is crafted from lightweight aluminum and stylishly finished with a black coating to highlights its premium quality and is an important component in making the new "w" model 50-state off-highway compliant, along with a USFS-approved spark arrestor.

The proven chromium molybdenum steel frame is refined for 2024. A new shock mounting, which is no longer connected to the main tube, significantly improves the anti-squat behavior of the chassis. With optimized wall thickness in high-stress areas improving reliability, the frame continues to offer advanced geometries and flex characteristics aimed at providing unparalleled rider feedback, energy absorption, and straight-line stability. The frame is complete with a premium metallic blue powder coating with redesigned standard frame protectors offering improved grip in all conditions. Additionally, the redesigned and robust skid plate offers exceptional frame and engine protection.

Made from 60% polyamide and 40% aluminum, the new subframe offers exceptional strength and durability at a low overall weight of just 3.9 lb (1.8 kg). The lower subframe spars and frame mounts are manufactured from cast aluminum for significantly improved reliability, with the upper section made from injection-molded polyamide to enable specific flex characteristics.

The new hollow die-cast aluminium swingarm is manufactured from a single piece of aluminium using an improved casting process for optimal stiffness and a 190 g weight reduction. In order to optimise and match the flex characteristics of the new frame, a new 22 mm rear axle is fitted. Additionally, the chain guard and chain slider have been completely redesigned for improved durability with the chain guard made with a rounder profile to prevent catching on external objects.

Adorned with clean, Swedish-inspired graphics, the bodywork offers advanced ergonomics allowing riders to perform at their best for extended periods of time. Adapted after countless hours of testing, the contact points and surfaces in the rider triangle offer exceptional comfort on the motorcycle. A flat seat profile offers unrestricted movement with a high grip cover ensuring riders stay firmly in place under hard acceleration. Above the side panels, recessed pockets allow for the machine to be lifted and moved quickly and easily.

Manufactured from high-strength aluminium, the radiators are designed using Computational Fluid Dynamics (CFD) to channel air in the most effective way. A large centre tube channels coolant through the frame to reduce pressure at this point in the system for a more consistent flow. An internal thermostat further enhances reliability.