2025 Yamaha Raptor 700R SE

New 2025 Yamaha Raptor 700R SE ATV For Sale In Hammonton, NJThis New 2025 Yamaha Raptor 700R SE ATV is for sale at Atlantic City Cycle Center located in Hammonton, New Jersey. Reach out to Atlantic City Cycle Center today, CONTACT US. If this isn't the exact Yamaha ATV you're looking for don't hesitate to go back and REVISE YOUR SEARCH. We're sure to have the perfect choice for you in our showroom near Atlantic City, NJ. Visit Atlantic City Cycle Center, New Jersey’s premier Powersports dealership. Atlantic City Cycle Center Address: 1181 S White Horse Pike, Hammonton, NJ 08037 Phone: (609) 561-81812025 Yamaha Raptor 700R SE ALL HAIL THE KINGBoasting GYTR performance parts, unique color and graphics, and unmatched performance, this machine is Sport ATV royalty.Features may include:ENGINESmooth, Powerful EngineThe forged lightweight piston, connecting rod and crankshaft in the 686cc engine are light and strong for a hard-hitting, quick-revving powerplant that revs all the way to 9,000 rpm while the dual counterbalancers keep it smooth.Advanced Fuel InjectionThe Yamaha Fuel Injection (YFI) offers consistent and excellent engine performance in a wide range of conditions, elevations and temperatures.Digital IgnitionThe digital TCI with 32-bit electronic control unit controls fuel injection and ignition systems for consistent performance and fantastic throttle response.Electric StarterReliable push-button electric start in any gear adds extra convenience.CHASSIS/SUSPENSIONHigh-Tech ChassisThe state-of-the-art chassis combines a steel front section with a YZ-style piggyback rear shock that gives 10.1-inch wheel travel along with preload adjustment.Advanced SuspensionYZ-style piggyback shocks are fully adjustable with high- and low-speed compression adjustability for maximum sport versatility along with preload and rebound adjustment. Front wheel travel is a plush 9.1 inches while the rear shock provides 10.1 inches of wheel travel.Lightweight WheelsLightweight aluminum wheels help enhance suspension performance by reducing unsprung weight.