- Weight: 882g/1.94lb (including 14″ Shaft4 Barrel,Battery,Feed,POPS)
- Length: 542mm / 21.33in (including 14 ” Shaft4 Barrel)
- Height: 211mm / 8.3in
- Width: 27mm / 1.06in
- Body: 6061-T6 Aluminium
Product Description
Planet Eclipse takes pride in being able to react quickly to changing trends; to give customers what they want; and to give them the flexibility to have their marker set up just the way they like it. This philosophy has never been more evident than in the new Ego11.
The Ego11 comes equipped with an industry first, a bespoke solenoid – manufactured by MAC Valves USA – that incorporates twin flow control devices. These Solenoid Flow Controls each comprise of a quarter-turn adjuster which has a pointer to indicate position on an incremental scale etched into the body of the solenoid. The Solenoid Flow Controls are used to independently control both the forward and rearward speed of the rammer and bolt so that, for the first time ever in a poppet marker, the user can tune the feel of the marker with a simple twist of a screwdriver. In the time it takes to turn off the tourney-lock, the Ego11 can be switched from a high speed, uncapped, free-for-all machine to the softest, gentlest, smoothest shooting poppet you have ever felt – or anything in-between. The analogue adjustment allows an infinite level of control over the speed of the rammer and bolt in either direction, providing unprecedented influence over the dynamic characteristics of the marker. With the Ego11 it looks like you really can have your cake and eat it too!
The Push-On-Purge-System “POPS” is a completely new concept in On/Off/Purging ASAs. The idea is simple, push back on the front ‘Bonnet’ section of the POPS and this depresses the air system valve pin – gassing up the marker – before latching itself into place; the operation takes just a fraction of a second. Once gassed up, the bonnet stays in position until the push button on the side of the POPS bonnet is depressed, at which point the bonnet POPS forward and the marker purges itself of air; again, de-gassing takes a fraction of a second and very little effort.
Inside the protective co
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