POLARIS

Take the 2015-2024 Polaris Slingshot's soundstage to the next level with DS18's SLG-AR6LDV2 armrest pods; includes one 6.5" speaker per side for immersive, high-quality audio.

Durable 2" steel mounting tube designed for various Polaris RZR models, including the PRO XP, Pro R and Turbo R. Features a gloss black finish for a sleek, stylish look with long-lasting resistance to the elements.

DS18's RZR-GBSUB10LD is a 10" loaded subwoofer enclosure designed for Polaris RZR, delivering powerful, weather-resistant bass with seamless OEM integration.

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...

In a monotube shock, the oil and gas chambers are separated by a floating piston. There is no cavitaition, and the valving is more responsive. Higher gas pressure offers additional resistance, giving the monotube variable for tunability. Increased performance is automatic! Since the gas...