Makita Reciprocating Saw XRJ08Z 18V LXT Brushless Cordless Compact One Handed 7/8 Inch Stroke Length Bare Tool (3100 SPM Overhead Demolition Cut Utility)
Couldn't load pickup availability
Commercial-Grade 18V LXT Brushless One-Handed Reciprocating Saw with 7/8-Inch Stroke, Counterweight Vibration Dampening, and Keyless Blade Ejection
The Makita XRJ08Z 18V LXT Brushless Cordless Compact One Handed Reciprocating Saw Bare Tool High Speed Low Vibration Demolition Tool delivers specialized overhead pipe cutting utility and exceptional material structural separation efficiency across active electrical and plumbing layout bays. Operating on a high-performance 18V LXT electronic platform driving a rapid 0 to 3,100 strokes per minute (SPM) tracking scale, this compact mechanical sawing instrument maintains constant speed control parameters under load while keeping tool body mass confined to a nimble 4.0 lbs. This professional contractor solution resolves restricted workspace access bottlenecks, severe operator joint fatigue from tool vibration, and burn hazards during high-torque blade extraction loops by combining a specialized multi-axis internal counterweight engine with an ergonomic loop-shaped handle chassis and a spring-assisted keyless tool-less blade ejection system. Outfitted with an integrated cut-line LED illumination lens, structural Extreme Protection Technology (XPT) moisture seals, and an extensive 10-inch maximum wood profiling capability, this robust demolition tool optimizes subcontractor field throughput during high-volume schedule 80 steel pipe sizing, deep crawlspace timber modifications, and standard framing punch-list cycles. **Battery and charger sold separately.
Best Used For:
- Confined Space Pipe Cutting: Cleanly sectioning 5-1/8 inch thick schedule 80 steel pipe runs and structural copper lines single-handedly inside tight mechanical chases.
- Overhead Electrical Staging: Executing high-speed joist modifications and cutting conduit drop lines securely from a ladder frame using a balanced, one-handed gripping technique.
- Structural Remodeling Demolition: Executing clean cutoffs through thick 2x10 joist assemblies, embedded framing nails, and stubborn wall plates without tool bog-downs.
Key Performance & Safety Features
- Internal Counterweight Engine: Advanced mechanical balance dampers suppress up to 40% of standard oscillating tool shock recoil vectors, mitigating repetitive motion strain.
- Tool-Less Spring Ejection: Quick-release keyless socket chuck ejects spent metal-cutting blades automatically upon latch twist, avoiding hot metal skin contact fields.
- Extreme Protection Seals (XPT): Specialized rubberized internal housing guards redirect external rainwater sprays and floating drywall dust particles cleanly away from processing electronics.
- Constant Speed Control Telemetry: Digital internal controller senses dense lumber nodes instantly to supply optimal torque feedback profiles, stopping mid-stroke blade binding stalls.
- Star Protection Computer Controls: Intelligent micro-processing communications continually monitor the tool tracking cycle to actively defend against overloading and thermal overheating limits.
What's Included
- (1) 18V LXT Lithium-Ion Brushless Cordless Compact One-Handed Recipro Saw Chassis (XRJ08Z)
Technical Specifications
| Specification | Value |
|---|---|
| Brand Name | Makita |
| Model Number | XRJ08Z |
| Product Classification Type | Compact Cordless One-Handed Reciprocating Saw (Bare Tool) |
| System Nominal Voltage | 18V DC |
| Battery Platform Alliance | LXT Lithium-Ion Slide Style Matrix |
| Core Motor Architecture | Brushless Configuration Array |
| Linear Stroke Length Depth | 7/8 in. |
| Reciprocating Cutting Velocity | 0 - 3,100 SPM (Variable Speed Trigger) |
| Maximum Capacity Scope (Wood) | 10 in. |
| Maximum Capacity Scope (Metal Pipe) | 5-1/8 in. |
| Blade Release Chuck Design | Spring-Assisted Tool-Less Keyless Twist Quick-Change |
| Total Chassis Assembly Length | 14-3/8 in. |
| Net Hardware Tool Weight (Bare) | 4.0 lbs. |
Pro-Tip: When plunge-cutting structural wood panels or dense drywall sections, rest the adjustable pivoting guide shoe bracket firmly against the material baseline before applying pull trigger vectors. Stabilizing the face shoe controls linear blade vibration tracking errors, blocking micro tooth snapping paths completely.
