Triangle Magellan Duetto 40th

Speaker stands: S08

Designed for the MAGELLAN Duetto 40th, these top-of-the-range stands incorporate a locking system that ensures the speaker is held securely in place. Positioning your speakers perfectly at ear level, the S08 ensure excellent sound reproduction. With their high stability, the stands absorb unwanted vibrations, thus preserving the neutrality and sound precision of your speakers.

The S08 have watertight tubes in which you can add granular sand or tiny steel balls to ballast the foot and increase stability. The stand is decoupled by three metal spikes, which are easily adjusted from the top. The center spike features SPEC technology for optimal vibration dissipation.

A cable management system at the back of the stand hides cables for a harmonious integration of your system in your living space.

TZ2900PM-MG tweeter with a magnesium alloy dome

A major innovation of this 40th anniversary edition, the TZ2900PM tweeter is equipped with a next generation dome in magnesium alloy providing a significant improvement in terms of linearity and consistency.
Its horn is shaped to limit directivity, i.e., off-axis drop in high frequency level. Together with the phase plug, this pairing allows the frequency response to be linearized.
We also added a counter-cap to the motor to reduce rear waves reflections, limit distortion and control the upper end of the sound spectrum. The TZ2900PM-MG tweeter provides an exceptionally smooth and fluid musical quality whilst ensuring accurate sound reproduction.

For many years, TRIANGLE has been investing in innovative development tools to enhance the acoustic quality even further. In our laboratory, we conduct fundamental research on loudspeakers, their shapes and the materials that make them up.

Thanks to the latest simulation software and a high-level anechoic chamber, the loudspeakers are modelled through extensive computer simulations using 3D CAD software to create the ideal profile in conjunction to mechanical and acoustic characteristics of all parts. Our design, electroacoustics and engineering teams work in close cooperation, the key ingredients for creating exceptional loudspeakers.

Magnesium Dome

TZ2900PM-MG TWEETER

A major innovation of this 40th anniversary edition, the TZ2900PM tweeter is equipped with a next generation dome in magnesium alloy. Providing a remarkable rigidity to weight ratio, this new dome allows a notable improvement in terms of linearity and consistency.

Superb piece of engineering, the TZ2900 tweeter is one of the keystones of the Magellan program. It brings out all the details of the upper harmonics. Modelled through computer simulation, the dome has an ideal profile that significantly limits off-axis high frequency directivity. Together with the phase plug, this pairing allows the frequency response to be linearized.

We also added a counter-cap to the motor to reduce rear waves reflections, limit distortion and improve the frequency response in the upper end of the sound spectrum. The TZ2900PM-MG tweeter provides an exceptionally smooth and fluid musical quality whilst ensuring accurate sound reproduction.

High Quality

CROSSOVERS & COMPONENTS

The Magellan 40th crossovers are assembled in our production facility and use only high-quality audio components selected after many hours of listening:

• French MKP capacitors developed in collaboration with SCR Audio.

• Ceramics resistors with low induction effect.

• Large section air core coils.

These new components provide this 40th anniversary edition a very high definition over the entire sound spectrum The particularity of the crossovers in the Magellan range lies in the use of very steep cut-off slopes (up to 24dB/Octave), correlated with the natural cut-off slopes of the loudspeaker’s transducers, thus guaranteeing excellent phase response.

The crossovers used reduce the risk of delays. The loudspeakers’ natural frequency responses were modified digitally for a perfect match with its crossover’s transfer function. Furthermore, the drivers’ impedances were linearized so they act as a pure resistance, reducing the amplifier’s workload.