Mustang Pro Flat Mount Ultra thin 800x400 150Lbs Max Weight

Ideal Use Cases

The Mustang Pro MPFU-X84U is intended for installations that call for a flat, ultra-thin mounting solution with an 800 x 400 mounting format. Its stated maximum supported weight is 150 pounds, making those two requirements the primary criteria for determining compatibility. This model is best considered when the mounted equipment will remain in a fixed, flat position and an articulated or adjustable mounting design is not required. Before purchase, confirm both the mounting format and total installed weight of the equipment.

Why Choose This Model

The MPFU-X84U brings together three clearly defined characteristics: a flat-mount configuration, an ultra-thin design, and a maximum weight rating of 150 pounds. This focused specification set makes the model straightforward to evaluate against a planned installation. The flat format is appropriate for projects where a fixed mounting position is preferred, while the ultra-thin designation identifies it as a low-profile option. The listed 800 x 400 format provides the essential mounting measurement needed during compatibility planning.

Installation and Integration

Successful integration begins with confirming that the equipment uses the stated 800 x 400 mounting format and does not exceed the 150-pound maximum weight. Weight calculations should account for the complete item being mounted rather than relying on an approximate size category. The supporting installation surface and attachment method must also be suitable for the total load. The source data does not identify included hardware, supported surface materials, adjustment features, dimensions, or installation accessories, so these details should be verified before installation begins.

Because this is described as an ultra-thin flat mount, connection placement should be reviewed as part of the installation plan. Verify that the intended mounting position provides the access required by the equipment and its existing connections. No cable-clearance measurements or profile dimensions are supplied in the available data, so the required space cannot be specified from the provided information.

Performance Highlights

• Flat mounting configuration for a fixed installation layout.
• Ultra-thin design as identified in the product title.
• 800 x 400 mounting format.
• Maximum supported weight of 150 pounds.
• Model and SKU MPFU-X84U for precise product identification.

These are the available performance-defining details for this model. No tilt range, swivel range, extension distance, profile depth, equipment-size range, construction material, finish, or adjustment capability is included in the supplied source data. Buyers should therefore base selection on the confirmed mounting format, flat configuration, ultra-thin designation, and weight limit rather than assuming additional movement or installation features.

What Makes It Different

The MPFU-X84U is distinguished by its combination of a substantial stated 150-pound maximum weight and an ultra-thin flat-mount format. Instead of presenting an unspecified universal fit, the listing identifies an exact 800 x 400 format, helping narrow compatibility decisions before installation. Its flat design also separates it from mounts selected primarily for extension or repositioning. The result is a purpose-specific model for installations where fixed placement, the stated mounting format, and the published weight limit align with the project requirements.

Final Assessment

The Mustang Pro MPFU-X84U is a focused mounting option for equipment that matches an 800 x 400 mounting format and weighs no more than 150 pounds. Its ultra-thin, flat configuration is the central reason to choose it. Compatibility should be confirmed using the mounted equipment’s documented measurements and weight before ordering. Since the available source information does not provide hardware contents, physical dimensions, warranty coverage, adjustment ranges, or installation-surface requirements, those factors remain unspecified and should not be assumed.