The DMOS Stealth Roadside Kit is a well-equipped set of gear for drivers that will provide them with a way to stay prepared in winter conditions when heading out on long-haul trips.
The kit includes everything that might be required for self-recovery such as a stealth shovel with a lightweight, reflective design, a Princeton Tec Snap Headlamp, elk skin gloves, a PackTowel, a PowerFlare and even a portable battery for jumpstarts. All of these various components are kept securely stowed within a 1000D roadside carry bag that can be easily stowed under a seat or in a trunk to ensure it's always on hand.
The DMOS Stealth Roadside Kit is priced at $399 and is sure to come as welcome news to those looking to stay ready for the worst when gearing up for a trip.
Winter Vehicle Recovery Kits
The DMOS Stealth Roadside Kit Keeps Drivers Prepared
Trend Themes
1. Winter Vehicle Recovery Kits - Winter vehicle recovery kits are becoming indispensable for drivers in preparation for the harsh winter weather conditions.
2. Self-recovery Equipment - An increasing demand for self-recovery equipment is emerging as drivers seek to avoid the high costs of roadside assistance services for vehicle recovery and maintenance.
3. Compact and Portable Roadside Kits - The market trend for compact and portable roadside kits is on the rise to cater to the needs of drivers who desire to be well-prepared during unexpected emergencies.
Industry Implications
1. Automotive Industry - The automotive industry stands to benefit from the demand for winter vehicle recovery kits and must innovate to provide more advanced solutions to better cater to customers.
2. Outdoor and Adventure Sports Industry - The outdoor and adventure sports industry can target drivers who are keen on engaging in outdoor activities and offer compact and portable options that cater for their needs at an affordable price point.
3. Consumer Electronics Industry - The consumer electronics industry has an opportunity to partner with automotive companies to integrate advanced technological systems into self-recovery equipment to provide drivers with tools beyond just mechanical components.