Front suspension for an electric snowmobile

An electric snowmobile with efficient shock absorbance properties, wherein the electric snowmobile comprises:

• two skis at a front side of the electric snowmobile;
• an endless drive track, and a roller tunnel for the endless drive track;
• a camber angle (α) and a caster angle (β) as intrinsic parameters of the electric snowmobile;
• a frame, comprising a front part of the frame, wherein the front part of the frame comprises:
• two upper suspension A-arms and two lower suspension A-arms;
• wherein,
• the upper and the lower suspension A-arms locate substantially on top of one another with a mutual distance, with mutually parallel mirroring angles of the A-arms, for each pair of upper and lower suspension A-arms for each of the skis, and the electric snowmobile further comprising:
• front shock absorbers having top connection points locate adjacently, and substantially on a top of a substantially pyramid-shaped structure of the front part of the frame, wherein:
• a rear connection point for the lower suspension A-arm in both the left and right sides locates at or right next to a longitudinal side edge of the roller tunnel, and further, the rear connection point for the lower suspension A-arm in both the left and right sides locates at or close to a lateral vertical plane along a front end of the roller tunnel;
• and
• the frame comprising a triangular forming so that impacts through the lower suspension A-arms to the frame are partly carried by the triangular forming of the frame.