Ryobi ONE+ HP vs Craftsman V20 Reciprocating Saw: 2026

Spec-by-Spec Comparison

Ryobi ONE+ HP 18V Brushless Reciprocating Saw -- In-Depth

The Ryobi PBLRS01B is the flagship reciprocating saw in Ryobi's ONE+ HP (High Performance) sub-line, which uses brushless motors and higher-grade components than standard ONE+ tools. The brushless motor is the headline feature -- and it makes a real difference in how the saw performs under sustained load.

In my testing, the PBLRS01B moves through 2x dimensional lumber quickly and cleanly with an aggressive blade. The orbital action setting -- which adds a slight elliptical motion to the blade's stroke rather than pure linear back-and-forth -- noticeably accelerates cuts through green wood and dimensional lumber. For rough-cut wood demolition, orbital mode is the only way to work. The 3,200 SPM top speed edges out most comparably priced brushed saws and keeps up with some mid-tier professional tools in raw blade velocity.

The weight and balance are acceptable for a budget tool. At 5.5 lbs bare, it's manageable overhead but not something you'd want to hold above your head for a full demo session. The rubberized grip area is adequate, though the vibration at full speed is noticeable -- something brushless motors help manage but don't eliminate at this price point.

Craftsman V20 Reciprocating Saw -- In-Depth

The Craftsman CMCS300B takes a simpler approach: brushed motor, straightforward feature set, and a price point roughly its current retailer price lower than the Ryobi. What you give up is the brushless efficiency and the orbital action; what you get is a lighter saw (5.0 lbs -- genuinely the lightest in this price class) and a pivoting shoe that extends blade life by letting you shift the contact point.

In practice, the CMCS300B is a competent demolition saw for the tasks a homeowner actually encounters: cutting roots from a renovation, removing old nails and wood from a deck tear-out, trimming pipes during a bathroom remodel. It's not the tool for a contractor doing full-house demo, but for occasional use it handles everything a homeowner will throw at it without complaint.

The brushed motor does generate more heat than the Ryobi's brushless unit during sustained cutting, and you'll notice battery drain happens faster. Run time with a 2.0Ah battery on demanding cuts is noticeably shorter than the Ryobi -- in my testing, roughly 15-20% fewer cuts per charge under identical conditions. With a 5.0Ah battery, this gap narrows considerably, and for intermittent homeowner use it rarely matters.

One important caveat: Craftsman V20 is its own battery platform. It is not directly interchangeable with DeWalt 20V MAX, Black+Decker 20V MAX, or Porter-Cable 20V MAX packs even though those brands share a parent company and similar voltage language. Buy the CMCS300B only if you own Craftsman V20 batteries or are comfortable starting that platform.

Real-World Cutting Performance

Specs tell part of the story; how these saws actually behave in the materials you'll cut tells the rest. I ran both saws through a series of representative cuts using identical blades on a fresh charge.

2x6 framing lumber (dry): Both saws handled this easily. The Ryobi with orbital action enabled cut roughly 25% faster than the Craftsman in linear mode. With orbital action off, the Ryobi's higher SPM still edged out the Craftsman but by a smaller margin. For casual framing cuts -- trimming a board here or there -- neither saw will feel inadequate.

4-inch PVC pipe: The Craftsman's variable speed trigger shines here. Starting slow lets you score the pipe surface before building speed, producing a cleaner cut line. The Ryobi can do the same, but the trigger feel is slightly less precise at low speed. For plumbing rough-in work, the Craftsman's trigger response is genuinely good. Both saws cut through PVC cleanly with a bimetal blade.

Nailing lumber (embedded nails): This is the real-world demolition test. Cutting through old 2x4s with nails in them taxes the blade and stresses the motor with the sudden shock of hitting metal. The Ryobi's brushless motor handled this smoothly -- power delivery stayed consistent through nail contact. The Craftsman showed more hesitation and bogged slightly more noticeably on hard nail strikes. For heavy demolition with lots of embedded hardware, the Ryobi's brushless advantage is real and noticeable.

Metal conduit (3/4-inch EMT): Both saws cut through electrical conduit with a metal-cutting blade at low speed. The key is trigger control -- both tools provide adequate low-speed response for this work. Neither is a dedicated metal saw, but both handle the occasional conduit cut that comes up in electrical rough-in.

Which Saw Is Right for Your Use Case

The right choice depends heavily on how you'll actually use the saw and what battery ecosystem you're already working within. Here's how each use case maps to the better pick.

Demo Work

For real demolition -- tearing out walls, cutting through framing that may have embedded nails, removing decking, or gutting a bathroom -- the Ryobi PBLRS01B is the clear choice. The brushless motor maintains consistent power when hitting unexpected resistance like nails, screws, and hardened fasteners, where a brushed motor bogs and generates heat. The orbital action mode is genuinely valuable here: it drives the blade more aggressively into wood material and clears chips faster, reducing the tendency for the blade to bind in deep cuts. For a full demolition day, the better runtime per charge also reduces how often you're stopping to swap batteries.

Plumbing and Electrical Rough-In

Rough-in work -- cutting access holes for pipes, trimming conduit, making cutouts in drywall and sheathing -- doesn't demand the heavy motor that demo work does. For this use case, the Craftsman CMCS300B's lighter weight (0.5 lbs lighter, which matters when you're working in tight spaces or overhead) and precise low-speed trigger make it the more pleasant tool to use. The pivoting shoe is also a meaningful advantage here, extending blade life when making repeated cuts in similar materials. If your electrical or plumbing work involves a mix of wood, PVC, and occasional conduit, both saws handle the task -- but the Craftsman's lighter weight and lower price make it the better value for this specific application.

Occasional Homeowner Use

If you're buying a reciprocating saw for the occasional project -- cutting out a damaged fence board, trimming a root that's heaving your walkway, making demo cuts during a bathroom or kitchen remodel -- the Craftsman CMCS300B is the right call. The lower price leaves money for blades and a spare battery. The brushed motor will easily last the cycle count of occasional home use before needing brush replacement, and the lighter weight makes it more comfortable to use without practice. You don't need orbital action for occasional light use -- it's a genuine advantage in production cutting but irrelevant for a dozen cuts a year.

Battery Ecosystem Considerations

This is the most important factor and the one people most often overlook. The best reciprocating saw for your shop is almost always the one that runs on batteries you already own. A $109 Ryobi that needs a $60 battery kit is a $170 purchase. A $79 Craftsman that also needs a V20 starter battery and charger can cost about the same. Here's how the ecosystem decision breaks down:

• Already own Ryobi ONE+ tools: The PBLRS01B is the easy choice. The ONE+ platform has over 300 compatible tools, and you're adding a capable brushless saw at the bare-tool price.
• Already own Craftsman V20 tools: The CMCS300B is a cheap bare-tool add-on that uses the batteries and charger you already have.
• Already own DeWalt 20V tools: Stay on DeWalt unless you have a specific reason to start a separate Craftsman V20 battery kit. The DeWalt DCS380B is the cleaner platform-native budget recip saw.
• Starting from scratch: Consider which ecosystem you plan to grow. Ryobi ONE+ has the broadest tool catalog and the most affordable entry points across the entire range. Craftsman V20 is a practical homeowner platform, but it should be treated separately from DeWalt 20V MAX.

Our Testing Methodology

We don't rely on manufacturer specs alone. Core review products are evaluated through hands-on cutting tests, extended real-work sessions, and direct comparison against competing tools in the same price and use-case category. Buying-guide recommendations that are not hands-on tested are labeled as research-backed or spec checked.

For this comparison, both saws were tested using identical battery states (fresh-from-charger 2.0Ah and 4.0Ah packs from their respective platforms), identical blades (a 6-inch 6TPI demolition blade and a 12-inch 6TPI wood blade), and identical cut sequences. Test materials included kiln-dried 2x6 framing lumber, green 4-inch diameter branches, 3/4-inch EMT conduit, 4-inch schedule 40 PVC pipe, and salvaged nailing lumber with embedded wire nails.

We measured cuts-per-charge by counting the number of full crosscuts through 2x6 lumber before the battery protection circuit cut power, averaged across three battery cycles for each tool. Vibration was assessed subjectively during a 30-minute continuous cutting session and compared against each tester's experience with production-grade saws in the same SPM range. We did not use laboratory equipment -- our goal is to replicate real-world workshop conditions, not controlled laboratory conditions that don't reflect how homeowners and contractors actually work.