Soundtube ROCKY JR.-S, Rockustics 6.5" 2-way Outdoor Rock Speaker in Sandstone

Soundtube ROCKY JR.-S, Rockustics 6.5" 2-way Outdoor Rock Speaker in Sandstone

The sandstone color of the Soundtube ROCKY JR.-S is the speaker that started the entire outdoor category, the original Rocky Jr. was awarded the first US patent for outdoor speakers. The Soundtube ROCKY JR.-S has an updated version and its the 100 watts of power handling combined with a 6.5" woofer and 1" tweeter, making it perfect for use in large outdoor settings. The Soundtube ROCKY JR.-S also has a weathered lava rock design. Also, the Soundtube ROCKY JR.-S has an optional 64W transformer and its available for use in 70W systems.

Optimizing Speaker Placement for Best Sound

All Rockustics speakers can generate a high SPL (sound pressure level). Be ready to rock, but be considerate of your neighbors! Maximum acoustic performance should be an important factor in determining speaker placement. Here is how to achieve it:

• Establish where the most likely or average listening position will be.
• The speakers should be placed at or close to the same distance from that point.
• The actual distance between the listening position and the location of the speakers is not critical. However, keep in mind that as the distance between listening area and speaker is increased, there will be a noticeable decrease in perceived volume.
• Be sure to confirm amp power matches the power rating on the speaker. Over-driving the speaker can lead to permanent damage that is not covered under warranty.

Optimizing Aesthetics with Speaker Placement

All Rockustics products are designed with a boost in high frequency response to accommodate for placement near plants and other landscaping features. Feel free to position the product within your landscaping, camouflaged near bushes or shrubs. Rockustics products strive to blend into the natural aesthetic of their surroundings. Be sure to account for the wires which will run from the rock to your stereo or audio source. Camouflage wires by running them an inch below ground level when possible.