Endura MT500 Freezing Point Trouser - E8129BK/2

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The Endura MT500 Freezing Point Trouser is engineered for dedicated mountain bikers who ride through the harshest winter conditions, offering an optimal balance of warmth and mobility. Featuring PrimaLoft Gold insulation and a windproof shell, these trousers provide essential protection against freezing temperatures and wet trails. While they excel in cold-weather durability, users should be aware that the added insulation and protective panels make them bulkier than standard lightweight riding pants, potentially leading to overheating during high-intensity climbs if the vents are not utilized effectively.
| Model Part Number | E8129BK/2 |
|---|---|
| Brand | Endura |
They feature a water-repellent DWR finish and windproof panels to handle light rain and trail spray, but they are not classified as fully seam-sealed waterproof rain pants.
Yes, they can be worn as standalone trousers over your preferred base layer or riding shorts.
Due to the insulation, they are likely to be too warm for temperatures above 15 degrees Celsius; they are best suited for cold to freezing conditions.
The trousers are cut with a technical, articulated fit that typically accommodates low-profile mountain bike knee pads.
It means the water-repellent finish is free from Perfluorinated Chemicals, which are often used in standard DWR coatings but are less environmentally friendly.
The DWR coating has worn off. Wash the garment and re-apply a DWR spray or wash-in treatment to restore performance.
Check for dried mud or grit in the zipper tracks. Clean with a soft brush and water, then lubricate if necessary with a silicone-based zipper lubricant.
To get the most out of your MT500 Freezing Point Trousers, ensure you utilize the waist adjustment system for a snug fit before hitting the trails. These trousers are fully compatible with the Endura Clickfast liner system, allowing you to snap in a chamois liner for extended saddle comfort.
Care instructions are vital for maintaining the DWR finish and insulation performance: