Artemis XVII-3000

The Artemis XVII-3000 is a Nerf blaster that was released in spring of 2017 under the RIVAL series.

It comes packaged with thirty High-Impact Rounds and instructions.

Details
The Artemis features three integrated magazines that hold ten High-Impact Rounds each, and a front turret system that rotates on the prime. It also has the ability to be slam fired for a higher rate of fire. It has a single tactical rail and a two strap points; one on the rear of the blaster and one built into the blaster's handle. A safety mechanism is located just next to the trigger.

The ultimate purpose of the front turret is meant to deliver High-Impact Rounds to the bottom muzzle and fire it. It does this because of how the internal magazine works, as three High-Impact Rounds are delivered into three muzzles; when being primed, one High-Impact Round is chambered, and fires out of the bottom muzzle. However, because of how this works, it has to be primed and fired two to three times if the High-Impact Rounds are in the right and middle internal magazine.

Color schemes
The Artemis XVII-3000 has been released in the following colors:


 * Team Red (red, black, and orange)
 * Team Blue (blue, black, and orange)

Trivia

 * The Artemis XVII-3000 is named after Artemis, the Greek goddess of the hunt, forests and hills, the moon, and archery. Artemis is also the twin sister of Apollo, which the Apollo XV-700 was named after.
 * The Artemis was the first RIVAL blaster to be named after a female Greek deity; both the Hera MXVII-1200 and Nemesis MXVII-10K followed suit later that year.
 * The Artemis XVII-3000 is similar in some respects to the older Nerf Action Ballzooka, as it is a pump-action, ball-firing blaster with rotating barrels. The only difference is that the Artemis has a trigger while the Ballzooka didn't, as the latter fired when the user worked the pump.
 * Unlike other blasters that use a revolving cylinder, the Artemis XVII-3000 does not use a rotation mechanism to turn the cylinder, instead, it uses a slide that goes through channels in the revolving cylinder.
 * Interestingly, the blaster's packaging shows the blaster partally primed.