Rockford Fosgate T2652-S

Every aspect of our new DDC Tweeter design has been completely re-engineered to allow for maximum ease of installation and fitment. This optimized patent pending design provides concentric clamping pressure around the perimeter of the mounting hole. The "mounting cups" on the new design are in fact not "cups" at all, but rather unobtrusive "clamps" that quickly and easily mount in a standard 1-5/4" (45mm) hole saw opening with a single concentric center screw securing with balanced pressure to both faces of the mounting surface. From there, the tweeter simply snaps into place and is secured by a snap on trim ring. Removal is easy if needed. The protective grille on the tweeter is non-removable and an integral part of the design.

The Flex Fit frame utilizes slots (where feasible) instead of single screw sized holes. This allows slight adjustment of the speaker when mounted.

Using a uniquely designed adapter plate, special "break-away" tabs can be removed to facilitate installation of circular speakers in 4"x6", 5"x7" or 6"x9" OEM openings. The adapter also allows a 5"x7" to fit a 6"x8" opening. The example adapter plate above allows the Punch P1S652 full-range speaker to fit inside a 5"x7" or 6"x9" opening.

VAST significantly increases a speakers effective radiating cone area without complicated installation issues. This design alters the typical design and manufacturing technique by eliminating the large flat glue surface area (the landing) which allows the surround to be shifted for increased cone area. In turn, both nominal efficiency and maximum output capabilities are dramatically improved.

All tweeters suffer from high frequency roll-off when the tweeter is positioned indirectly (off-axis) to the listener. Rockford Fosgate designed a tweeter that has a smooth natural rising response characteristic when positioned directly (on-axis) with the listener. The "axis" function addresses varying tweeter locations. By default, the "Axis" circuit is OFF, since this is the most common tweeter position relative to the listener.