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Mechanical versus electronic markers
Mechanical markers use springs and sears with no board; electronic markers use a board and solenoid to control the bolt, enabling firing modes and eye protection.
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05
Marker Basics
Before you upgrade anything, you need a mental map of how a marker works. This lesson walks the whole system, part by part.
Academy progress0 / 8 lessons
What you will learn
- Distinguish mechanical and electronic markers
- Identify each core subsystem and its job
- Trace air and paint paths through the marker
Lesson steps
2
Bolt system
The bolt pushes the ball into the barrel and seals the breech while air is released. Spool and poppet designs trade recoil, efficiency, and maintenance differently.
3
Trigger system
Mechanical triggers move a sear directly; electronic triggers actuate a microswitch or magnetic sensor, with adjustable activation and return points.
4
Regulator
The regulator drops tank pressure to the marker's working pressure and keeps it consistent shot to shot.
5
Solenoid
On electronic markers the solenoid is an electrically controlled valve that directs air to cycle the bolt.
6
Eyes
Break-beam sensors in the breech confirm a ball is fully seated before firing, preventing chops.
7
Feedneck
The clamping collar that holds the loader. A loose feedneck causes feed issues and dropped loaders.
8
Barrel
The barrel guides the ball; its bore size, length, and porting affect consistency and sound more than raw accuracy.
9
Air source
The tank and its regulator supply the marker; output pressure must match what the marker expects.
10
Loader connection
The loader feeds paint into the feedneck; force-fed loaders must keep up with your rate of fire.
Safety warning
Learn your marker's manual before removing parts. Reassembling a bolt or valve incorrectly can create an unsafe, uncontrolled discharge.
Equipment checklist
- Owner's manual
- Allen key set
- Clean work surface
- Parts tray
- Phone camera for reassembly reference
Common mistakes
- Buying parts before understanding the system
- Losing detent or o-ring parts during teardown
- Ignoring eye maintenance
- Running the wrong operating pressure
Quick quiz
0 of 8 lessons completed