Since the launch of the DT 49 hearing aids in 1953, Beyerdynamic has been an undisputed worldwide reference for these products. Today, almost seventy years later, the brand surprises us with the third generation of the now classic T1 and T5.
These devices are handmade in Heilbronn, Germany. In addition, they present the acclaimed and highly prestigious TESLA technology patented by Beyerdynamic, which delivers very high efficiency drivers, with a remarkable impedance coupling capacity and high sound resolution.
All this is achieved because each earbud is developed, manufactured and measured individually at the German headquarters, where, after these processes, they will be combined to ensure that both sides of the earbuds have the best pairing. The result is extreme precision and a particularly spacious sound.
Design and technical features
Its design features a robustly perforated and precise pattern on the housing of the T1 open-back headphones, and another that prevents sound from leaking into or out of the earbud. The closed T5 model, on the other hand, ensures that, in any case, the headphones not only sound light and transparent, but also look and feel the same way.
For this third generation the frequency response is 5-50,000 Hz with an impedance of 32 ohms, which allows the headphones to be used with different audio sources, without the need to use an amplifier for it.
Its circumaural design is provided with breathable velvet ear pads and replaceable with memory foam provide unparalleled comfort when using the headphones even for prolonged times. Finally, the use of Alcantara gives T1 and T5 an element that makes for a high-end set of headphones.
It is also important to note that each model is provided with a straight 1.40 m. OCC 7N copper cable, textile braiding, 3.5 mm connector and 6.3 mm adapter, as well as a hard case for safe transport and care.
Beyerdynamic's T1 and T5 are available through Beyerdynamic's distributor for the region, Navits (Audiovisual Nature, Technology and Services). For more information, see reference T1 and reference T5.