PCTEL offers a range of field-tunable VHF and UHF wideband mobile antennas designed to provide superior bandwidth coverage without compromising performance. These antennas are engineered to address equipment interoperability challenges and are built to withstand high-vibration conditions, making them suitable for various demanding applications.

Notable Models:

1. MWV1322(S):

   • Frequency Range: VHF band

   • Design: Field-tunable wideband antenna suitable for high-vibration conditions.

2. MWV1322HD(S):

   • Frequency Range: VHF band

   • Design: Heavy-duty version with enhanced durability for demanding applications.

3. MWB1320:

   • Frequency Range: VHF band

   • Design: Wideband antenna with robust construction for reliable performance.

4. ASPR7495:

   • Frequency Range: 150–512 MHz (field-tunable)

   • Gain: Unity

   • Power Handling: Up to 150 watts

   • Whip Length: 16-3/8 inches

   • Design: Rugged construction ideal for high-vibration conditions.

5. ASPR795:

   • Frequency Range: VHF band

   • Design: Field-tunable antenna with durable build for reliable communication.

6. ASPC201L:

   • Frequency Range: VHF/UHF bands

   • Design: Wideband antenna suitable for various mobile applications.

• Outstanding Bandwidth Performance: These antennas cover extensive VHF and UHF frequency ranges, ensuring reliable communication across different bands.

• Rugged Compact Design: Constructed with thick-wall housing and double-sealed for maximum weatherproofing, these antennas are ideal for high-vibration environments.

• Adaptable Mounting: They are compatible with all 1-1/8”-18 thread mounts, including 3/4” mounts, facilitating easy integration into various mobile platforms.

These field-tunable antennas are ideal for:

• Public Safety: Ensuring reliable communication for emergency services and first responders.

• Fleet Management: Supporting effective communication and tracking for commercial vehicle fleets.

• Transportation Services: Facilitating communication in taxis, buses, and other transit vehicles.

Their robust design and reliable performance make them suitable for various vehicular communication needs, particularly where uninterrupted connectivity is crucial.