The original Envy wheel, Envy Hologram Hollow Core Wheels are as fast, smooth, and strong as they come. The aluminum core provides an excellent strength to weight ratio but retains a light weight. Hologram Hollow Core Wheels are one of our most popular sellers. Made from Hologram Hollow core technology to produce some of the lightest SCOOTER WHEELS on the planet, Hologram Hollow Core Wheels are available in 110mm or 120mm. 86A urethane provides more grip than a harder urethane. ABEC 9 bearings ARE included. Hologram Hollow Core Wheels are sold in PAIRS.
Envy Hologram Hollow Core Wheels are available in either 110mm or 120mm. Scooter wheels come in a variety of sizes, ranging from 100mm to 125mm. The larger the wheel, the faster it is. 100mm wheels are typically entry level scooter wheels while 125mm are geared towards the pros who need speed for big air tricks. scooter wheels are compatible with forks and decks that fit 110120mm wheels. Scooter wheels not only come in a variety of sizes but also hardness. 86a polyurethane hardness, or durometer, indicates a softer wheel that will provide more grip than an 88a durometer wheel, which has a harder polyurethane that lends to durability and speed. Softer scooter wheels are typically better for park riding, while harder wheels are geared more towards street riding.
Envy Hologram Hollow Core Wheels Specifications:
- Made from Hologram Hollow core technology to produce some of the lightest scooter wheels on the planet
- 110mm or 120mm
- 86A urethane provides more grip than a harder urethane
- ABEC 9 bearings ARE included
- sold in PAIRS
- Available dimensions: 110mm or 120mm
- Available colors: CLASSIC, GEO, HAND
ENVY SCOOTERS has been one of the top brands in the industry since its inception. From entry level to advanced, Envy produces one of the highest quality and, more importantly, affordable products in the industry. Envy Scooters leads the industry with innovative design and was the first to offer integrated headset compression, which almost every other manufacturer has adopted.