Microphones are not sophisticated technology. So why do some cost upwards of $1000? Often we're paying for brand recognition, research and development that took place close to 100 years ago OR the risky, ill-advised and sometimes just bad investments that others at these manufacturers have made.
The TCd1 was conceptualized to offer an affordable and reliable studio mic that could go toe to toe with the industry standards at a fraction of the price. A smooth sounding studio dynamic mic with an accurate and pleasing replication of your voice, the capsule was designed to reject more of the noises you don't want while beautifully accentuating the ones that you do with crystal clear accuracy. AND although this mic is made of PLA (plastic polymer) and 3D printed it is still rugged and durable. The chassis and electrical components survived 18 drop tests on concrete and came out unscathed (the grill shattered on the first fall, but is easily replaceable). That said we recommend doing your best NOT to drop the TCd1.
Specs:
This studio grade dynamic microphone was designed, tested, printed, and assembled in Rumford, RI, USA. It employs a directional design to accurately capture clear high fidelity vocals and reduce mic reflection echo and most importantly environment noise.
Specs:
The TCd1 was conceptualized to offer an affordable and reliable studio mic that could go toe to toe with the industry standards at a fraction of the price. A smooth sounding studio dynamic mic with an accurate and pleasing replication of your voice, the capsule was designed to reject more of the noises you don't want while beautifully accentuating the ones that you do with crystal clear accuracy. AND although this mic is made of PLA (plastic polymer) and 3D printed it is still rugged and durable. The chassis and electrical components survived 18 drop tests on concrete and came out unscathed (the grill shattered on the first fall, but is easily replaceable). That said we recommend doing your best NOT to drop the TCd1.
Specs:
This studio grade dynamic microphone was designed, tested, printed, and assembled in Rumford, RI, USA. It employs a directional design to accurately capture clear high fidelity vocals and reduce mic reflection echo and most importantly environment noise.
Specs:
- Polar Pattern: Cardioid
- Connector: 3pin XLR
- Output Impedance: 360ohms (+15% @1kHz)
- Sensitivity: -50+/-2db @1kHz
- Cartridge Shock Mount:
- Internal air suspension vibration insulator
- external band suspension system
- Frequency Response: 40Hz - 15Khz
- Case: 1.75mm PLA
