Rigid stackable tool boxes are a game-changer for organizing and transporting tools and gear, especially for car enthusiasts and professionals. This article delves into a practical car tool box setup using rigid stacking, ensuring efficient space utilization and accessibility. We’ll explore a real-world example of how one individual maximized their vehicle’s storage with this system.
Building a Modular System with Rigid Boxes
The foundation of this system relies on using uniform, stackable boxes. In this case, a combination of medium and small rigid boxes provides the modularity needed to adapt to varying cargo demands. Nine boxes – six medium and three small – accommodate everything except bulky items like sleeping bags and chairs. The key is the stacking configuration: two medium boxes topped with a small box create a stable stack. Two of these stacks fit comfortably in the rear of the vehicle, even with a second-row seat folded up.
Securing the Stacks for Transport
To prevent shifting during transit, each stack is secured with ratchet tie-down straps. Climbing rings added to existing second-row seat bolts provide sturdy anchor points for the straps. This straightforward method ensures the entire system remains stable, even on rough terrain. The consistent size of the boxes also allows for rooftop storage when needed, accommodating up to six medium boxes or a combination of medium and small boxes secured with additional straps.
Integrating a Camp Stove into the System
Beyond tools, this system efficiently integrates camping gear. A compact single-burner propane stove (Gas One GS-3900P) fits perfectly inside a medium box, maximizing space utilization. Removing the stove’s carrying case allows it to nestle atop other cooking equipment within the box. This stove’s 15,000 BTU output and dual fuel capability (propane/butane) make it a versatile addition to the setup.
Prioritized Packing for Different Scenarios
The modularity of this system extends to packing organization. Three primary stacks cater to different needs and trip scenarios:
Essential Gear (Stack 1): Always in the vehicle, this stack contains essential tools, emergency supplies (jump pack, flares, water filter), and cold-weather gear.
Core Camp Gear (Stack 2): This stack ensures basic camping functionality for 1-2 people, including a simplified cooking kit, essential camp items (bear spray, lights), and sleeping gear for in-vehicle use.
Optional Gear (Stack 3): This stack houses supplementary items for longer trips or larger groups, including additional food supplies, a comprehensive cooking kit with a cast iron skillet and pots, and extra sleeping gear like hammocks and tarps.
This prioritized system allows for quick adaptation to changing trip requirements.
Conclusion
This rigid stacking system exemplifies how thoughtful organization can maximize vehicle storage. By using uniform boxes, strategic stacking, and prioritized packing, this setup provides a highly adaptable and efficient solution for carrying tools, camping gear, and other essentials. The integration of a compact stove further demonstrates the system’s versatility. This approach offers a valuable model for anyone looking to optimize their vehicle’s cargo space.
