Compact cordless screwdrivers look like a modern convenience, but the class has a longer history than most buyers realize. Before the Dewalt 8V Gyro screwdriver became a cult favorite, the same parent company fielded the Black & Decker VPX system, a compact 7V platform that launched in late 2007 and vanished from store shelves within months. The story behind that rise and fall includes the corporate consolidation that produced the $900 million sale of Craftsman tools to Stanley Black & Decker, and it explains why some compact driver systems survive while others disappear.
The VPX System: A Compact Platform Ahead of Its Time
VPX launched just before Stanley Works and Black & Decker merged, and it was aimed squarely at DIYers rather than pros. The lineup stayed small: a drill, a screwdriver, a flashlight, a hand vacuum, a compact saw, and an inflator. Everything ran on a 7V lithium-ion battery pack that was tiny by modern standards.
The original VPX lineup
- Drill, with a dual-battery option for higher voltage
- Screwdriver for light fastening
- Flashlight for dark corners
- Hand vacuum for cleanup
- Compact saw for small cuts
- Inflator for tires and air mattresses
The drill drew the most attention because it ran on two battery packs at once, reaching 14.4V nominal. That doubling trick is the same principle Makita uses in its 18V X2 tools, where two batteries power a higher-voltage tool for greater performance. The drill itself was sharply designed, and the whole lineup shared a clean look that still photographs well today.
VPX also frustrated reviewers on basic specs. Customer support could not provide torque figures for the drill, and the marketing team pointed reviewers to press materials they never had access to. That opacity hurt a platform already fighting for shelf space.
The platform’s DIY positioning set it apart from pro lines. Dewalt tools on the jobsite became a contractor favorite for a different reason: continuous pro-grade performance, a wide lineup, and service support. VPX had the design language of a premium compact system but never got the tool count or the support network to match.
Gyroscopic Drivers and the 8V Max Era
Years later, Dewalt returned to the ultra-compact driver idea with the 8V Max Gyro. The tool reads the angle and rotation of your wrist: twist right for forward, twist left for reverse, and tilt to change speed. It runs on a minuscule battery pack and has built a devoted following even though the line has barely changed in more than 11 years. Owners describe it as the tool they reach for on light fastening jobs because there is no trigger to squeeze and no chuck to fight.
How gyroscopic speed control works
- Hold the driver loosely so the tool can sense wrist angle.
- Rotate the wrist clockwise to drive screws in.
- Rotate counterclockwise for reverse.
- Tilt the tool further to raise speed.
- Return to a neutral wrist position to stop.
The same control scheme shows up in even smaller tools; the Black & Decker 4V gyro screwdriver applies the idea in a compact pen-style body. For users who drive dozens of small screws in a day, gyro control removes the trigger squeeze and speeds up repetitive work.
The 8V Max battery and its limits
The 8V Max pack was never designed to be doubled up the way VPX packs were, even though a world of tools could have run on it. If the platform had taken off, a USB-C charged version of the same battery might exist by now. Instead, availability has been cyclic: the screwdriver reappears on retailer shelves in bursts, most recently around Prime Big Day Deals, and then sells out again. For light work such as cabinet hardware and drywall anchors, that 8V class is enough torque for the job and small enough to live in a drawer.
The Craftsman V4 Parallel: A Two-Month Platform
VPX was not the only compact system to die young. The Craftsman V4 cordless platform lasted less than two months on the holiday sales floor in 2011, and its history reads like a rerun of the VPX story.
Two short-lived platforms, one lesson
- VPX: announced October 2007, on clearance by February 2008, about four months after launch.
- Craftsman V4: launched for the 2011 holiday season, gone from shelves in under two months.
- Both had clean, modern designs and small battery systems.
- Neither built the tool lineup or distribution a platform needs to survive.
Retail timing made both failures worse. A platform that launches in the holiday rush either sells out and restocks, or it disappears from planograms by January, and neither VPX nor V4 got the second chance that a spring launch might have bought them.
Ownership questions shadowed both brands. The question of who owns Craftsman tools sat at the center of the brand’s troubles for years, and a platform with an uncertain corporate future rarely gets the engineering investment it needs.
Why Some Compact Platforms Survive
Set VPX and V4 against the 8V Max Gyro, and the survival factors come into focus. The Gyro line has not added a new tool in over 11 years, yet the screwdriver keeps coming back because demand stays steady and the battery system is simple enough to support. Compare that with the Gyro’s staying power: the tool sells in waves, but it always comes back, which tells retailers the demand is real.
The longevity checklist
- A battery system that is cheap to replace and easy to ship.
- At least one tool with a devoted user base, even if the line is small.
- A parent company willing to keep the SKU alive through slow periods.
- Simple electronics that do not need constant firmware updates.
The USB-C trend could change the math for low-voltage tools entirely. A driver that charges from the same cable as a phone removes the proprietary charger from the equation, which is why the idea of a USB-C 8V Max battery keeps coming up whenever the platform is discussed.
Brand stewardship matters too. Stanley Black & Decker reshaped Craftsman tools for a new generation after the acquisition, proving that a legacy name can be rebuilt when the parent commits to it. The difference between that outcome and the VPX outcome was strategy, not luck.
Dual-Battery Design: Doubling Up for More Power
The VPX drill’s dual-pack design points to a durable idea: two batteries in series double the voltage. Makita’s 18V X2 system runs the same playbook at a larger scale, and the concept appears across the industry in everything from cordless mowers to high-voltage tools. The idea is simple: instead of inventing a new battery for every power level, the system reuses the packs users already own and lets the tool combine them when the job demands it.
Voltage stacking explained
Two 7V packs in a VPX drill produced 14.4V nominal, roughly double the single-pack output. Two 18V packs in an X2 tool deliver 36V-class power while letting the user carry the same batteries used across the rest of the line. The trade-off is weight: a dual-pack tool carries two packs plus the connecting hardware.
| System | Pack voltage | Dual-pack output | Status |
|---|---|---|---|
| Black & Decker VPX | 7V | 14.4V drill | Discontinued 2008 |
| Makita 18V X2 | 18V | 36V-class tools | Current |
| Dewalt 8V Max | 8V | Not supported | Niche, cyclic |
Corporate learning played into the next generation of platforms. The company that transformed Craftsman tools after the historic acquisition applied the same consolidation playbook across its brands, keeping the platforms that had clear roadmaps and cutting the ones that did not.
What Compact Driver History Teaches Today’s Buyers
The compact driver aisle still carries echoes of VPX, V4, and the 8V Max. The Stanley Black & Decker merger reshaped the construction tool industry, consolidating brands that once competed into one portfolio, and the compact driver class shows what that consolidation meant in practice.
Questions to ask before you buy a compact driver
- How old is the platform, and has the parent added tools recently?
- Can you buy spare batteries and chargers today, or are they out of stock for months?
- Does the tool fit your actual work, or does the novelty wear off after a week?
- Is the battery system shared with other tools you already own?
- What does the warranty and service network look like for this niche voltage?
History is the best spec sheet. A compact driver survives when its battery is easy to replace, its control scheme earns daily use, and its parent company keeps the line alive. VPX proved the concept could work; the 8V Max proved that a small, focused line can outlast bigger ambitions. Buy the platform, not the promotion: the battery and the ecosystem are the real purchase, and the tool is the excuse.