The Best 6.5 Peak HP Wet/Dry Shop Vacs of 2026

A shop vacuum needs to do more than move a lot of air. It should pick up the debris you encounter, handle water with the right setup, and give you useful places to store its tools. We bought five models with the same advertised 6.5 peak HP rating to see how those details affected performance.

The five wet/dry shop vacs we tested

• Craftsman CMXEVBE17595: 16-gallon wet/dry vacuum.
• Ridgid NXT: 16-gallon wet/dry shop vacuum.
• Vacmaster Beast VJE1412SW0201: 14-gallon model with a steel tank.
• Vacmaster Beast VJH1612PF0201: 16-gallon model with a black plastic tank.
• Workshop WS1600VA: 16-gallon wet/dry vacuum.

What all five had in common

Each model came with a 7-foot hose, a 20-foot power cord, and 2.5-inch attachments. Those shared dimensions made the comparison useful: differences in pickup could not simply be explained by one vacuum having a much longer hose or a completely different attachment size.

We compared suction and airflow, heavy-debris pickup, water pickup, hard-floor debris pickup, and the tools supplied for cleaning a car. We also considered handling, storage, noise, filtration, and the prices available when we ran the comparison.

What peak HP tells you

All five vacuums were advertised at 6.5 peak horsepower. Peak HP is a motor test rating used for comparison; it does not describe the power a wet/dry vacuum continuously delivers during normal cleaning. The manufacturer’s peak-horsepower explanation makes that distinction.

Suction and airflow

We looked beyond that shared rating by comparing suction and airflow. The five shop vacs averaged approximately 197 CFM of airflow. For context, the upright vacuums in our comparison data at the time averaged about 83 CFM at the hose. These are figures from those tested groups, rather than a claim that every shop vacuum will double an upright’s airflow.

How we used the Power Score

For this comparison, we added each vacuum’s maximum airflow and suction readings to create a Power Score. It was a way to compare this group, and we considered it alongside the pickup tests and practical features.

The Craftsman led with 303, followed by Ridgid at 276, Workshop at 271, and the 14-gallon Vacmaster at 250. The black 16-gallon Vacmaster trailed at 190. The strongest suction figure alone belonged to the 14-gallon Vacmaster, while the Craftsman had the highest airflow and combined score.

We challenged each vacuum with progressively heavier nut-and-bolt combinations. The results followed the same general pattern as the Power Scores: the Craftsman performed best, while the black 16-gallon Vacmaster struggled most.

This was one reason the Craftsman stood out for workshop cleanup. Its strong airflow and combined power result were backed up by a practical pickup test, rather than resting on the advertised horsepower rating alone.

All five vacuums included a wide squeegee attachment and two extensions for cleaning water from a floor. We found that having those tools was only part of the equation: the way the squeegee met the floor also affected pickup.

The Ridgid NXT finished first, with the Craftsman very close in second. Workshop placed third, the 14-gallon steel-tank Vacmaster fourth, and the black 16-gallon Vacmaster fifth. We had more difficulty removing water with the supplied squeegees on both Vacmaster models.

If floor-water cleanup is your main priority, Ridgid’s result gives it an advantage in this comparison. The Craftsman remains a strong alternative because its water pickup was close while its heavy-debris performance was better.

Prepare the vacuum for wet pickup

Use a vacuum specifically rated for wet pickup and follow its manufacturer’s instructions before collecting water. The required bag and filter arrangement can differ from the setup for dry debris, so check the manual for the model you own.

Hard-floor debris pickup

We tested debris pickup on hard floors with workshop messes such as sawdust and fine material in mind. The squeegee attachments on the Craftsman, Ridgid, and Workshop worked well. The openings on the two Vacmaster squeegees were too small for good performance in this test.

Each vacuum also included a utility tool. With that tool, all five performed about the same on a mix of smaller and larger debris. It required more care to guide across the floor because the opening could seal against the surface unless we maintained a little space.

Claw tools for cleaning a car

For vehicle interiors, we preferred the claw attachment, also called a car tool. Craftsman, Ridgid, and Workshop included one, and all three worked similarly well in our comparison.

Neither Vacmaster included a claw tool in the package we tested. We used their utility attachments instead and found them less effective for that job. If car cleaning will be a regular task, check the included tools before comparing prices. Our best car vacuum guide covers additional options for vehicle cleanup.

The Craftsman, Ridgid, black Vacmaster, and Workshop all had 16-gallon tanks. The steel-tank Vacmaster was the exception at 14 gallons. It was also the only steel drum in the group; the other four used plastic.

Ridgid and the 14-gallon Vacmaster used two larger rear wheels. We liked that arrangement for moving the vacuum from one location to another, although those models did not follow us around while cleaning as easily as the three models with four caster wheels.

The 14-gallon Vacmaster’s locking wheel was a useful extra. It was the only model in this comparison that let us lock a wheel to help keep the vacuum in place.

When choosing a tank size, think about where you will store the vacuum and how often you will move it around furniture, a vehicle, or a workshop. In this group, the wheel arrangement was a meaningful difference even though the overall shapes were similar.

Tool, cord, and hose storage

The 14-gallon Vacmaster was our favorite for tool storage, with a place for every included attachment. Its cord and hose management also worked well. Craftsman had a practical storage layout too, which helped make it a balanced overall choice.

Workshop had the weakest storage design in this group. It lacked a place to wrap the cord and had very little spare room for the attachments. Those details matter when you want to put everything away quickly after a job.

Noise

All five were loud, but the Workshop was noticeably louder and higher-pitched than the others. We found that sound particularly unpleasant. The remaining four were closer together, so noise did less to separate them.

Filtration

We evaluated filtration and did not find a meaningful difference between these five vacuums in our test, even though some were advertised with different filter claims. Filtration therefore did little to change the order of this particular comparison.

The following results come from the original five-model comparison. Each vacuum was rated at 6.5 peak HP and came with a 7-foot hose, 20-foot cord, and 2.5-inch attachments. Airflow, Power Score, water-pickup placement, and the noise assessments reflect our independent testing; the suction and capacity figures are those reported in the original comparison.

Craftsman CMXEVBE17595

Airflow: 248 CFM. Reported suction: 55 inches. Power Score: 303. Water pickup: second. Tank: 16 gallons. Noise: loud. Craftsman had the highest airflow and Power Score and won our heavy-debris test.

Ridgid NXT 16-gallon

Airflow: 219 CFM. Reported suction: 57 inches. Power Score: 276. Water pickup: first. Tank: 16 gallons. Noise: loud. Ridgid paired strong power with the best floor-water pickup in the group.

Vacmaster Beast VJE1412SW0201, 14-gallon steel tank

Airflow: 162 CFM. Reported suction: 88 inches. Power Score: 250. Water pickup: fourth. Tank: 14 gallons. Noise: loud. This Vacmaster had the highest reported suction, useful storage, and a locking wheel, but the supplied squeegee held back its floor pickup.

Vacmaster Beast VJH1612PF0201, 16-gallon plastic tank

Airflow: 131 CFM. Reported suction: 59 inches. Power Score: 190. Water pickup: fifth. Tank: 16 gallons. Noise: loud. This model had the lowest airflow and Power Score and struggled most with heavy debris, although utility-tool pickup was similar across the group.

Workshop WS1600VA

Airflow: 225 CFM. Reported suction: 46 inches. Power Score: 271. Water pickup: third. Tank: 16 gallons. Noise: very loud. Workshop’s strong airflow and useful floor and car tools were offset by its noise and less convenient storage.

Best overall and best value: Craftsman CMXEVBE17595

The Craftsman CMXEVBE17595 was the most complete package in this group. It led the combined Power Score and heavy-debris test, finished a close second for water pickup, and included well-designed tools for common jobs.

Its practical tool holders, cord storage, and hose management also made it easy to live with. At the prices available when we ran the comparison, that balance earned it best overall and best value.

Runner-up: Ridgid NXT 16-gallon

The Ridgid NXT 16-gallon finished just behind Craftsman overall and led the water-pickup test. It also had a useful set of attachments, including the claw tool for car interiors. Its larger rear wheels were helpful for transport, though we preferred four casters when pulling a vacuum around during a job.

Third overall: Vacmaster Beast 14-gallon steel tank

The Vacmaster Beast VJE1412SW0201 stood out for its steel tank, excellent tool storage, and locking wheel. It finished third overall, making it an option for buyers who place a high value on those practical features.

Its limitations were the supplied squeegee and lack of a claw tool in the tested package. It placed fourth in floor-water pickup, so Ridgid or Craftsman would be our stronger choices for that particular job.

Price and value

The five models were in a similar price range when we tested them. From highest to lowest at that time, they were the steel-tank Vacmaster, Ridgid, black Vacmaster, Craftsman, and Workshop. Those prices helped Craftsman earn the value award, but retailer pricing can change. Check the product links above when comparing today’s options.

The video shows the original comparison of these five models. Use the chapters above to revisit the results for power, floor-water pickup, attachments, handling, and storage.