The Massive Hidden Console Vault is a weld-it-yourself kit designed to create a secure storage compartment within a vehicle's console. This instruction manual guides users through the assembly process, emphasizing flexibility in construction while providing recommended steps. The primary function of the device is to offer a concealed and robust storage solution, enhancing security for valuables within a vehicle.

Function Description

The Hidden Console Vault serves as a DIY project for vehicle owners to construct a custom-fit, secure vault within their existing console. The kit comprises several metal panels—a lid, front panel, rear panel, two side panels, and a bottom panel—along with a Simplex lock kit, a hinge, and a hardware bag containing screws, washers, flange nuts, a lock bolt, and a bolt guide block. The assembly process involves welding these individual components together to form a sturdy, enclosed box. Once assembled, the vault integrates into the vehicle's console, providing a discreet and strong container. The Simplex lock mechanism ensures that the contents of the vault are protected, requiring a specific code for access. The design incorporates features like a spring hinge for smooth lid operation and a bolt guide block to ensure proper lock engagement. The overall function is to create a durable, tamper-resistant compartment that blends seamlessly with the vehicle's interior, offering peace of mind for storing sensitive items.

Usage Features

The usage of the Massive Hidden Console Vault begins with its assembly, which is a key feature in itself. Users are empowered to build the vault according to their preferences, though a structured guide is provided. The assembly process involves several distinct steps, starting with degreasing all surfaces to prepare them for welding. The hinge, a critical component for the lid's operation, must be welded correctly to prevent tampering. Users are instructed to identify the fixed end of the hinge pin and tack weld it there, ensuring unrestricted movement and smooth operation with some spring resistance. Grinding the tack weld flush is essential for proper lid fitment.

The main body of the vault is assembled by sliding the panels into place using pre-cut slots and tabs. Magnets or clamps are recommended to hold the panels together, ensuring all edges fit flush. Any burrs should be ground off to achieve a good fit. The hinge is then slid into a relief cut underneath the rear panel's top flange and seated flush against the rear panel flange. Plug welding secures the hinge in place, with instructions to grind off any burrs for optimal fitment.

Welding all 14 slots on the front, rear, and bottom panels, as well as the side panels between tab locations, forms the robust structure of the vault. Specific instructions are given to avoid welding near holes in the rear panel that accommodate cup holder mounting bolts, ensuring future reinstallation of vehicle components. The front and rear panels are further welded on either side of the tab locations. After all welding is complete, the flange nuts are tack welded over the holes on the rear panel, which will be used to reattach the rear cup holder bracket. It's crucial to verify that mounting screws pass freely through these holes. Finally, all slot and plug welds are ground flush for a clean finish.

The lid and lock assembly is another critical usage feature. Users must carefully disassemble the Simplex lock by removing four Phillips screws, taking care not to disturb the internal components. The buttons are designed to fall free, so disassembling the lock upside down is recommended. Part C of the lock assembly is placed into the lid's slot from underneath, followed by part B on top of the lid, and then the lock body (part A) is screwed onto the assembly.

The lock's bolt is inserted into its slotted arm and through the supplied bolt guide block. Users are instructed to turn the lock knob to fully extend the lock arm, positioning the bolt guide block approximately 1/16" away from the slotted arm. Clamping the bolt guide block into place and checking the lock function is vital to ensure it opens and closes freely without interference. This step is highlighted as the most critical part of the build, requiring careful attention and repetition if necessary. Once satisfied, the bolt guide block is tack welded to the lid, and the lid is placed on the vault to check for interference with the front panel and proper lock functionality. If all checks pass, the lock assembly is removed, and the bolt guide block is fully welded into place. The lid corners are then welded and ground down to a smooth, even radius.

For final assembly, the lid is placed onto the vault, centered and flush against the hinge barrel. Any burrs are ground off to ensure good fitment between the barrel and lid edge. The lid is then plug welded onto the hinge, and the remaining plug welds are ground down. The lock is reinstalled, with a specific check for interference between the lock chassis and the hinge leaf. If a gap is present, the rear edge of the chassis may need to be slightly radiused with a grinder. After verifying proper lid and lock functionality, the final steps involve removing the lock, priming, and painting the vault.

Maintenance Features

Given that this is a weld-it-yourself kit, the primary "maintenance" is integrated into the assembly process itself, ensuring a robust and functional product from the outset.

Degreasing: Before welding, all surfaces must be degreased. This is a crucial step for achieving strong, clean welds, which directly impacts the vault's structural integrity and longevity.
Weld Quality Checks: Throughout the assembly, there are explicit instructions to check weld quality and fitment. For instance, after tack welding the hinge, users must check for "unrestricted movement" and "smooth operation." This proactive approach during construction minimizes the need for future repairs.
Grinding Flush: Many steps require grinding welds and burrs flush. This not only improves the aesthetic finish but also ensures that moving parts, like the lid and lock, operate without obstruction and that panels fit together tightly, preventing potential weak points or snags.
Lock Functionality Verification: The manual repeatedly emphasizes verifying the lock's function at various stages. This includes checking for free movement, proper locking, and unlocking. This rigorous testing during assembly is a form of preventative maintenance, ensuring the core security feature works reliably.
Interference Checks: Specific instructions to check for interference between the bolt guide block and the front panel, and between the lock chassis and the hinge leaf, are critical. Addressing these interferences during construction prevents wear and tear, binding, or failure of the lock mechanism over time.
Radius Grinding: Grinding lid corners to a smooth, even radius not only enhances appearance but also removes sharp edges that could cause injury or snag items, contributing to the overall durability and user-friendliness of the finished product.
Priming and Painting: The final step of removing the lock, priming, and painting the vault is a key maintenance feature. This protects the metal from corrosion and wear, significantly extending the lifespan of the vault, especially in a vehicle environment where it might be exposed to varying temperatures and humidity.

In essence, the "maintenance" of the Massive Hidden Console Vault is largely embedded in the meticulous and precise execution of its assembly instructions, ensuring a high-quality, durable, and functional product from day one.

Massive 100 Series - Page 3