Ergonomic padded over-ear cups and an adjustable contoured headband are designed for comfortable extended listening while helping reduce surrounding background noise. The HP3 includes a 3 m 3.5 mm audio cable and a threaded 6.3 mm gold-plated adapter for flexible connection to compatible audio equipment. Key Features 50 mm Dynamic Drivers: Custom-matched drivers designed for accurate audio reproduction with low distortion. 20 Hz–20 kHz Frequency Response: Covers the audible frequency range for monitoring, podcasting and everyday listening. Over-Ear Comfort: Ergonomic padded ear cups provide a comfortable fit and help reduce background noise. Adjustable Headband: Contoured design adjusts for fit and helps reduce wearing fatigue during longer sessions. 32 Ω Impedance: Flexible Audio Connection: Includes a 3 m 3.5 mm cable and threaded 6.3 mm gold-plated adapter. Technical Specifications Component Specification BOYA Model HP3 Produ Type Driver Type Dynamic Driver Size 50 mm Frequency Response 20 Hz–20 kHz Sensitivity 100 dB ±3 dB Impedance 32 Ω Maximum Power 1200 mW Max. Cable Length 3 m Audio Connection 3.5 mm Adapter Threaded 6.3 mm (1/4-inch) Gold-Plated Adapter Over-Ear with Padded Ear Cups Headband Adjustable Contoured Headband Compatibility & Important Information The HP3 uses a 3.5 mm wired audio connection. Package Contents 3 m 3.5 mm Audio Cable Threaded 6.3 mm (1/4-inch) Gold-Plated Adapter Please to review Q: What size drivers do the BOYA HP3 use? A: They use custom-matched 50 mm dynamic drivers. Q: What is the frequency response of the HP3? A: BOYA specifies a frequency response of 20 Hz–20 kHz. Q: What is the impedance of the BOYA HP3? A: BOYA specifies a cable length of 3 m. Q: What audio connection does the BOYA HP3 use? Q: Are the BOYA HP3 designed for long listening sessions? A: BOYA equips the HP3 with ergonomic padded over-ear cups and an adjustable contoured headband designed to improve comfort during extended use. Q: What is the maximum power rating? A: BOYA specifies a maximum power rating of 1200 mW.
