Compact Bolted Slide [Boeing] - MYGOFLIGHT

Sport Mount - AMPs Tilt & Swivel Slide - MYGOFLIGHT

JMT-5035

Compact Bolted Slide [Boeing]

$199.00

Product Description

Base: 6" rail base that allows the flex arm to be quickly adusted by sliding along the track of the mount.
Tilt & Swivel Adapter: 360 degree ball adapter allows for infinite adjustability. Includes proprietary quick release adapter that is compatible will all device holders made by MyGoFlight.

Compact Bolted Slide has a fixed base for attaching your iPad/EFB to a solid, flat surface using the industry standard AMPs hole pattern. The mount features a rail base that allows the mounted device to adjust by sliding on the rail. This functionality is used in Boeing aricraft to allow the pilot to position the iPad/EFB AFT with easy access to the egress window. Once in the air the pilot can slide the iPad/EFB FWD to optimal viewing angle. Mount swivels 360° and tilts 90° providing infinite adjustment.

Device Holders Sold Separately

Designed to allow your device to be adjusted by sliding along a 6" rail.
AMPS bolt hole pattern, 30mm x 38mm center to center
Low‑profile design ideal for tight cockpits.
360° rotation for portrait or landscape use.
Aircraft‑grade aluminum and stainless‑steel build.
Quick, tool‑free installation.
Compatible with all MyGoFlight device holders (sold separately).

Maximum Extension: 3″
Minimum Length: 3"
Base Footprint: 2" x 1.5"
Weight: 12 oz
Material: Aluminum & Stainless Steel

: Q: What are the dimensions of the base?
A: The base measures 6"x1.5".
Q: Does this mount require certification?
A: The installation of this mount is considered a minor modification at most. We recommend installation by an A&P with a corresponding log book entry.
Q: What are the measurements for the bolt pattern?
A: The bolt pattern is center to center 30mm x 38mm, 48.5mm diagonal.
Q: Is the device holder included?
A: No, holders are sold separately.

Why Pilots Choose Compact Bolted Slide

Pilots choose the Compact Bolted Slide when their desired mounting position requires adjustment in flight on a horizontal plane. It offers maximum durability and stability while providing ultimate flexibility in positioning.