Clarke Air Compressors Compared: Specifications, Performance & Buying Guide
Choosing the right air compressor can be challenging, especially when comparing different models with varying air output, tank sizes, noise levels and power sources. Clarke air compressors are widely trusted across workshops, garages, trade sites and DIY environments — but understanding the differences between models is essential to selecting the right one for your needs.
This guide provides a clear, side-by-side comparison of Clarke air compressors, using key specifications such as CFM air output, working pressure, tank capacity, motor power, noise levels and drive type. Whether you’re a professional tradesperson or a serious DIY user, this overview will help you make an informed decision.
Why Comparing Air Compressor Specifications Matters
Air compressors are not one-size-fits-all. Selecting the wrong specification can result in insufficient air supply for tools, excessive noise levels, poor portability, or reduced efficiency and lifespan.
By comparing compressors using real-world specifications, you can match the compressor to your actual air tool requirements and working environment.
Clarke Air Compressor Specification Comparison
The table below compares key specifications across a range of Clarke air compressors, allowing you to quickly identify which models are best suited to workshop use, mobile trade work, quieter environments or petrol-powered applications.
Clarke Air Compressor Comparison Table
| Model | Air Output | Pressure | Tank | HP | Dimensions (mm) | Sound | Oil Free | Drive |
|---|---|---|---|---|---|---|---|---|
| XPP15/50 | 15cfm | 7bar | 50L | 6.5HP | 930 x 400 x 800 | 70+ | N | Petrol |
| XPPH15/50 | 15cfm | 7bar | 50L | 6.5HP | 1000 x 460 x 840 | 70+ | N | Petrol |
| XEP15/50 | 14cfm | 10.3bar | 50L | 3HP | 930 x 430 x 800 | 101 | N | Electric |
| XEPV16/50 | 14cfm | 10.3bar | 50L | 3HP | 930 x 430 x 800 | 99 | N | Electric |
| XEPV16/50 | 14cfm | 10.3bar | 50L | 3HP | 1000 x 460 x 840 | 99 | N | Electric |
| XE15/50 | 14cfm | 10.3bar | 50L | 3HP | 1330 x 420 x 850 | 98 | N | Electric |
| XEV16/100 | 14cfm | 10.3bar | 100L | 3HP | 1130 x 360 x 650 | 97 | N | Electric |
| Raider 15/1050 | 14.5cfm | 8bar | 100L | 3HP | 1030 x 350 x 750 | 97 | N | Electric |
| Boxer 14/150V | 14cfm | 10bar | 150L | 3HP | 520 x 520 x 1500 | 97 | N | Electric |
| Boxer 18/150V | 18cfm | 10bar | 150L | 4HP | 520 x 580 x 1500 | 97 | N | Electric |
| Boxer II 14/50P | 14cfm | 10bar | 50L | 3HP | 800 x 350 x 670 | 97 | N | Electric |
| Boxer II 14/100P | 14cfm | 10bar | 100L | 3HP | 1040 x 370 x 760 | 97 | N | Electric |
| Boxer II 14/150 | 14cfm | 10bar | 150L | 3HP | 1270 x 450 x 820 | 97 | N | Electric |
| Boxer II 14/200 | 14cfm | 10bar | 200L | 3HP | 1540 x 400 x 830 | 97 | N | Electric |
| Boxer II 18/150 | 18cfm | 10bar | 150L | 4HP | 1260 x 450 x 810 | 97 | N | Electric |
| Boxer II 18/200 | 18cfm | 10bar | 200L | 4HP | 1540 x 400 x 830 | 97 | N | Electric |
| SE16C150 | 15cfm | 10bar | 150L | 3HP | 1330 x 420 x 850 | 98 | N | Electric |
| SE16C200 | 15cfm | 10bar | 200L | 3HP | 1480 x 450 x 945 | 98 | N | Electric |
| SE20C150 | 18.5cfm | 10bar | 150L | 4HP | 1330 x 420 x 850 | 98 | N | Electric |
| SE20C200 | 18.5cfm | 10bar | 200L | 4HP | 1480 x 450 x 945 | 98 | N | Electric |
| SE25C200 | 23cfm | 10bar | 200L | 5.5HP | 1480 x 450 x 945 | 98 | N | Electric |
| SE30C200 | 29cfm | 10bar | 200L | 7.5HP | 1480 x 450 x 945 | 99 | N | Electric |
| SE37C270 | 35cfm | 10bar | 270L | 10HP | 1550 x 540 x 1120 | 99 | N | Electric |
| SE16C100 Air Receiver | 15cfm | 10bar | 100L | 3HP | 1130 x 360 x 650 | 97 | N | Electric |
| SE16C150 Air Receiver | 15cfm | 10bar | 150L | 3HP | 1330 x 420 x 850 | 98 | N | Electric |
| SE16C200 Air Receiver | 15cfm | 10bar | 200L | 3HP | 1480 x 450 x 945 | 98 | N | Electric |
| VE16C150 Vertical | 15cfm | 10bar | 150L | 3HP | 520 x 520 x 1500 | 97 | N | Electric |
| VE20C150 Vertical | 18.5cfm | 10bar | 150L | 4HP | 520 x 580 x 1500 | 97 | N | Electric |
| B3800B/150 | 14cfm | 10bar | 150L | 3HP | 1270 x 450 x 820 | 97 | N | Electric |
| B3800B/200 | 14cfm | 10bar | 200L | 3HP | 1540 x 400 x 830 | 97 | N | Electric |
| Boxer 14/50P | 14cfm | 10bar | 50L | 3HP | 800 x 350 x 670 | 97 | N | Electric |
| Boxer 14/100P | 14cfm | 10bar | 100L | 3HP | 1040 x 370 x 760 | 97 | N | Electric |
| Boxer 14/150 | 14cfm | 10bar | 150L | 3HP | 1270 x 450 x 820 | 97 | N | Electric |
| Boxer 14/200 | 14cfm | 10bar | 200L | 3HP | 1540 x 400 x 830 | 97 | N | Electric |
| Boxer 18/150 | 18cfm | 10bar | 150L | 4HP | 1260 x 450 x 810 | 97 | N | Electric |
| Boxer 18/200 | 18cfm | 10bar | 200L | 4HP | 1540 x 400 x 830 | 97 | N | Electric |
| Tiger 16/1050 | 14.5cfm | 8bar | 50L | 3HP | 1000 x 380 x 730 | 97 | N | Electric |
| Tiger 16/10110 | 14.5cfm | 8bar | 100L | 3HP | 1030 x 350 x 750 | 97 | N | Electric |
| Boxer 14/150V | 14cfm | 10bar | 150L | 3HP | 520 x 520 x 1500 | 97 | N | Electric |
| Boxer 18/150V | 18cfm | 10bar | 150L | 4HP | 520 x 580 x 1500 | 97 | N | Electric |
| Boxer II 14/50P | 14cfm | 10bar | 50L | 3HP | 800 x 350 x 670 | 97 | N | Electric |
| Boxer II 14/200 | 14cfm | 10bar | 200L | 3HP | 1540 x 400 x 830 | 97 | N | Electric |
Specifications shown are typical values and may vary slightly by configuration.
Understanding Key Air Compressor Specifications
Air Output (CFM)
CFM (Cubic Feet per Minute) indicates how much air the compressor can deliver. Higher CFM is essential for impact wrenches, spray guns, air grinders and other continuous-use air tools. As a general rule, your compressor should exceed your air tool’s CFM requirement.
Max Working Pressure (bar)
Most air tools operate between 6–8 bar, but higher pressure compressors provide faster recovery times, improved performance for demanding tools and more stable air delivery under load.
Tank Receiver Capacity (Litres)
Larger tanks allow the compressor to run less frequently, maintain consistent air pressure and support longer tool usage. Smaller tanks are suitable for portability, while larger tanks are better for workshops.
Oil-Free vs Oil-Lubricated
Oil-lubricated compressors are more durable and better for continuous use, while oil-free compressors require less maintenance and are often lighter but may have a shorter service life.
Electric vs Petrol Driven Compressors
Electric compressors are ideal for workshops, garages and indoor environments where quieter operation is preferred. Petrol compressors are best for site work and mobile applications where mains power is unavailable.
Guaranteed Sound Power
Noise is a major consideration in enclosed spaces. Lower sound power ratings are better suited to domestic garages, shared workspaces and noise-restricted environments.
Which Clarke Air Compressor Should You Choose?
- Workshops and garages: Electric models with higher pressure and moderate tank size
- Site work: Petrol-driven compressors for total mobility
- High-demand air tools: Higher CFM models with larger tanks
- Noise-sensitive areas: Models with lower sound power ratings
Frequently Asked Questions
What CFM do I need for air tools?
Most air tools require between 4–14 CFM. Always choose a compressor with a higher CFM than your tool’s requirement.
Are petrol air compressors louder?
Yes, petrol compressors are typically louder than electric models but offer superior portability.
Is a higher pressure compressor better?
Higher pressure offers faster recovery and greater flexibility, but isn’t always necessary for standard air tools.
Do Clarke compressors require maintenance?
Oil-lubricated compressors require regular oil checks and servicing to ensure long service life.
Final Thoughts
Clarke air compressors offer a wide range of solutions for DIY users, professional workshops and mobile trade environments. By comparing specifications such as air output, pressure, tank size and noise levels, you can select a compressor that delivers reliable performance for years to come.
Explore Pickmore’s full range of Clarke air compressors to find the right model for your application.
