A chain-fed bed and hydraulic spike roller make the HWP 160 noticeably different from the smaller firewood processors demonstrated here before. Rather than depending on a sliding bed to advance each log, the processor actively grips and feeds the wood toward an adjustable stop, an arrangement intended to handle crooked or knotty material with less intervention. Combined with the adjustable splitting wedge and powered saw, it promises a substantial increase in production without fundamentally changing the skid-steer-mounted concept.
The opening setup is particularly useful for anyone seriously considering the machine. The hosts walk through the standard-flow hydraulic requirement, case drain, electrical controls, bar-oil system and approximate weight while mounting the processor to a roughly 12,000-pound skid steer. They ultimately suggest using a carrier around 10,000 pounds or heavier because the attachment itself is roughly 2,350 pounds before adding the weight of a large log. The discussion is practical rather than polished, but details such as needing longer hydraulic hoses on this particular skid steer make it more informative than a simple product demonstration.
Once cutting begins, the HWP 160's biggest advantage becomes clearer: several operations can overlap. While one section is being split, the operator can advance the remaining log against the length stop so it is positioned for the next cut. The stop then retracts as the saw operates. That ability to prepare the next piece during the splitting cycle is credited with making the processor considerably faster than the other models the presenter has used, and the demonstration gives viewers a reasonable visual basis for that assessment.
The powered feed also performs convincingly during the session. Oak, hickory and other hardwood are processed without the presenter reporting a feed failure, while the eight-way wedge handles the chosen split size without an obvious struggle. Particularly useful is the decision to process directly over the pickup bed. Instead of creating a pile that must later be handled and loaded, the finished firewood drops straight into the truck, supporting the claim that the setup can function as a genuine one-person operation.
Production is demonstrated in four roughly 10-minute operating sessions, resulting in a heavily loaded Super Duty. That is an impressive practical showing, especially because the operator says some of the early runtime was spent learning the controls. Still, the headline's truckload-in-40-minutes result should be understood as this particular demonstration rather than a standardized productivity benchmark: there is no measured firewood volume, controlled comparison with another processor or accounting for the interruptions between those operating periods.
Those interruptions actually reveal one of the review's most useful findings. The skid steer develops emissions-related problems that limit operation to roughly 10-minute stretches, while its protruding step contacts the processor and punctures a small hole in a tank until the step is modified for clearance. The presenter reasonably treats the latter as a machine-specific compatibility problem and plans to report it to the manufacturer. Showing these complications rather than hiding them adds credibility, although the processor is being demonstrated by a longtime dealer who repeatedly directs viewers toward purchasing links, so the enthusiastic recommendation is clearly presented within a sales context.
Pros
- Demonstrates the HWP 160 processing substantial hardwood rather than merely describing its capabilities.
- Shows how the chain feed, spike roller, retracting length stop and eight-way wedge work during actual production.
- Processing directly into the truck convincingly illustrates the labor savings of minimizing firewood handling.
- Includes useful setup details covering hydraulics, controls, carrier size, attachment weight and machine-specific hose requirements.
- Openly shows both the skid-steer interruptions and the clearance problem encountered during the demonstration.
- Roughly 40 minutes of stated operating time produces a substantial truckload despite the operator still learning the controls.
Cons
- The 40-minute production result is not accompanied by a measured volume or standardized throughput figure.
- There is no controlled side-by-side test establishing exactly how much faster the HWP 160 is than the smaller processors discussed.
- The processor is evaluated by a longtime dealer selling the product, making the overwhelmingly positive recommendation commercially interested.
- The skid steer's repeated emissions interruptions prevent a clean sustained-production test.
- Contact between the skid-steer step and a processor tank demonstrates that attachment compatibility can require modification.
Real hardwood processing makes a persuasive case for the HWP 160's powered feed and ability to combine cutting, splitting and loading into an efficient one-person workflow. The demonstration would be stronger with measured output and a direct comparison against a smaller processor, but its willingness to show setup complications alongside the impressive production run makes it genuinely useful for prospective operators.
