Michelin 025-350-0 AIR Aircraft Tire – Select Beechcraft, Gulfstream, & Rockwell Aircraft (MLG)

Yes. The Michelin AIR construction is specifically optimized for repeated takeoffs and landings, making it well-suited for high-cycle operations such as charter, commuter, and training environments. Its MX2000 tread compound offers long wear life, while the strong nylon casing helps resist cuts and bruises from frequent runway use. Operators who fly multiple short legs per day benefit from the tire’s durability and predictable handling.

The Michelin AIR series uses an enhanced sidewall compound formulated to resist ozone cracking and UV degradation. This helps the tire maintain flexibility, shoulder strength, and structural integrity over time – especially for aircraft stored outdoors. Improved environmental resistance reduces the likelihood of premature sidewall aging, supporting longer service intervals.

Like all aircraft tires, the Michelin 025-350-0 AIR requires strict adherence to the aircraft manufacturer’s inflation specifications. Underinflation can cause excessive heat buildup, faster wear, and reduced landing durability, while overinflation may affect footprint and braking performance. Regular pressure checks – ideally before every flight day – help ensure the tire delivers optimum reliability and load-carrying performance.

This tire is designed for either tubed or tubeless applications, depending on wheel configuration. Many operators choose Michelin Airstop® butyl tubes for improved inflation retention when used in tube-type setups. Proper tube selection and installation procedures are essential to prevent chafing, heat buildup, or irregular wear.

Posi-Fit bead construction reduces movement between the tire bead and wheel seat, resulting in improved lateral stability and smoother handling during taxi, takeoff, and landing. This design also helps minimize slippage under heavy braking or crosswind landing loads. For aircraft operators, this results in more predictable ground performance and fewer maintenance issues.

Tread life depends on braking habits, runway surface conditions, aircraft weight, and adherence to proper inflation. The MX2000 tread compound is Michelin’s toughest bias tire compound, offering excellent resistance to wear, even on abrasive runways. Operators who perform rolling takeoffs, minimize heavy braking, and maintain correct pressure typically see significantly longer tire life.

The Michelin AIR’s casing flexibility and bias-ply design maintain traction and responsiveness on cold runways. Its sidewall compounds are engineered to resist stiffness in low temperatures, helping ensure smooth taxi and strong braking performance. However, correct inflation is especially important in winter environments, as cold temperatures can significantly reduce pressure.

Yes. Michelin’s Aircraft Tire Care Manual outlines recommended inspection criteria, including tread depth, shoulder condition, bead seating, and signs of cuts or bulges. Operators should also check for foreign object damage (FOD) after operating from rough or debris-prone runways. Regular visual inspections help identify issues early and support safe landing gear performance.

Spare tires should be stored in a clean, cool, dry environment away from direct sunlight, electric motors, and ozone-producing equipment. Michelin’s storage guidelines emphasize minimizing UV exposure and preventing temperature extremes that may accelerate rubber aging. Proper storage ensures tires maintain their original elasticity, sidewall strength, and service readiness.

Michelin AIR tires feature premium tread compounds, advanced sidewall chemistry, and optimized bead construction, providing improved stability and longevity. Compared to many standard bias tires, the AIR line offers better resistance to ozone, chafing, and tread wear. This combination of durability and predictable ground handling makes them especially reliable for King Air operators.

The extra-strong nylon casing helps absorb impact loads and provides resistance against bruises and ply damage caused by hard or uneven landings. This construction helps the tire maintain shape under high stress and reduces the likelihood of internal structural failures. For aircraft frequently operating on shorter runways or in challenging environments, this added strength is a significant benefit.