Kherade Oil Engine

Ride Your Way

Built for confident journeys, every day.

View Our Models
A modern, sleek-looking scooter features a white body with black accents, positioned on a patch of artificial green grass. The scooter has a futuristic design with its headlight prominent and handlebars visible. The background includes a reflective glass window, hinting at a modern urban setting.
A shiny motorcycle is displayed in a showroom with a sleek, modern design. The motorcycle has a matte finish and detailed mechanical components. It is parked on a checkered floor, and there's a plastic cover over the seat indicating it's brand new. Large windows in the background allow natural light to illuminate the scene.

Built To Move

Kherade Oil Engine builds dependable motorcycles, scooters, and mopeds with thoughtful engineering, practical features, and careful manufacturing.

Meet Our Team

Built To Move

A sleek, modern motorcycle with a matte black finish is prominently displayed. The close-up view highlights the intricate details of its engine and bodywork, showcasing the brand logo on the engine cover. The vehicle's design features sharp lines and polished metallic elements, with dual exhaust pipes visible at the bottom.

Motorcycles engineered for confident handling, responsive performance, and everyday adventure.

A small, modern scooter with a white frame and a bright red seat is parked in front of a grey building. The scooter has a compact design with black wheels and orange reflectors on the front. In the background, there is a large window and some concrete blocks, suggesting an urban environment.

Scooters designed for smooth city travel, practical comfort, and efficient running.

A close-up view of a sleek, modern scooter with a glossy, light gray finish. The design features sharp angles with integrated black accents resembling eyelids and a prominent brand logo. The front wheel and suspension are partially visible at the bottom.

Reliable mopeds combining accessible performance, sturdy construction, and economical mobility.