Heavy Duty Marshalling Aviation Dura-Wand - 10 Pack - L8960-10

Designed for aviation marshalling and professional traffic control applications, the Dura-Wand Aviation-Grade Marshalling Safety Wand delivers powerful, high-visibility signaling in a rugged, full-size format built for demanding environments.

This heavy-duty traffic control wand and LED traffic baton is engineered for use in aviation ramps, flight lines, roadways, and controlled-access areas where durability, visibility, and reliability are critical.

Each wand features an epoxy-coated circuit board to help protect internal electronics from moisture and corrosion. A stainless steel internal construction adds structural strength and impact resistance, making this model well-suited for harsh weather and high-use traffic control operations.

A rubber gasket seal provides additional weather and water resistance, while the integrated no-roll base helps keep the baton in place when set down during active marshalling or traffic control tasks.

Built to be nearly indestructible, these traffic control batons are designed to withstand drops, impacts, and routine abuse common in aviation, roadway, and event traffic environments.

1. Fully enclosed battery compartment with dual spring contacts helps secure and protect batteries during active use.
2. Industrial-grade circuit board delivers a bright, consistent LED display for clear marshalling and traffic signaling.
3. Heavy-duty mechanical switch rated for up to 10,000 on/off cycles for long-term reliability.

• Heavy-duty aviation-grade marshalling and traffic control wand
• Epoxy-coated circuit board for corrosion resistance
• Stainless steel internal construction for enhanced strength
• Rubber gasket seal for improved weather and water resistance
• No-roll base helps prevent movement on flat surfaces
• Nearly indestructible design built for high-use environments
• Overall length: 14.25"
• Diameter: 1.5"
• Lighted cone area: 8.25"
• Powered by two C-cell batteries
• Sold as a 10-pack for crew, marshalling, and traffic control efficiency