Peaked & Tuned by CB World's Expert Technicians
And, of course, the BearTracker 885 is a full-featured CB Radio, too. It has 40-channel CB operation, 4-Watt RF power, a 7-color display, a SWR meter for precision antenna tuning, RF Gain, Mic Gain, PA mode, Talkback, and NOAA Weather with Alert. The ergonomic noise-cancelling microphone is designed to enhance your transmissions, even in the noisy environment of a tractor-trailer cab.
- Full-Featured 40-Channel CB Radio Peaked and Tuned
- Digital Trunktracking Scanner: Receive police, fire, ambulance, and DOT dispatch transmissions wherever you are in the US and Canada*
- BearTracker Warning System: Legal alternative to Radar Detectors. Alerts you when nearby public safety transmissions are detected.
- GPS Included: Allows the BearTracker 885 to automatically select nearby scanner channels to monitor.
- Nationwide Scanner Database: Includes all known police/fire/ambulance/DOT channels in use in the USA and Canada*
- Weekly Updates: Free updates keep the scanner database current so if an agency changes channels, you won't be left behind.
- Simple, distraction free operation: No need to program or select scanner channels.
- 7-Color LCD Display
- Weather Alert
- PA Function
- Wireless Mic Compatible
- 6 Pin Microphone - Do you want to upgrade your microphone to a 4 pin Astatic mic? The C4PDF6 adapter will let you do this!
- Digital and Analog Police/Fire/Ambulance/DOT scanner
- Scan system types include conventional analog, Motorola, LTR, EDACS, APCO P25 Phase I and Phase II
- Includes VHF, UHF, 700/800 MHz Glass Mount Suction Cup Scanner Antenna
- CB : 26.965 ~ 27.405 MHz SCN: 25 ~ 960 MHz WX : 162.400 - 162.550 MHz
- Quick avoid for unwanted channels
- Individually select types of channels to receive
- BearTracker Warning System
- SWR Meter
- Antenna System Check
- CB/Scan priority audio selection
- Mic and RF Gain
- 3 Amp Fuse in power cord
7.28" W x 2.2" H x 8.1" D
(without knobs and jacks)
(185 mm W x 56 mm H x 205 mm D)
The coax for the CB antenna will connect to the back of the unit via a standard PL259 connection. The coax for a scanner antenna will connect to the back of the unit via a separate BNC connection.
For a NMO mounted scanner antenna, check out the BMAXSCAN1000, the MSM17 coax with soldered PL259, and the AR3 to adapt the PL259 to a BNC connection. Check out the AR3 adapter to widen your coax options.
Wanting to convert it to 24 Volt? Check out the SDC5.
Want to use this radio for a base station? You will need a power supply PS9
* Cannot receive encrypted or some proprietary types of digital systems
** Some states restrict the use of scanners in vehicles. Please check your local state laws for any restrictions.
Instructions for tuning your antenna using the BEARTRACKER885:
1. Connect the antenna.
2. Turn Channel Selector to Channel 1.
3. Press SRF/CAL/SWR until CAL displays on the LCD.
4. Press and hold PTT, then rotate the Channel Selector until the bar graph meter is at CAL . Release PTT.
5. Press SRF/CAL/SWR again until SWR displays. Press PTT again to check the antenna’s SWR. Note the SWR reading and release PTT.
6. Repeat on Channel 40.
The goal is to achieve similar SWR readings on channel 1 and channel 40 that are within an acceptable SWR range.
- If the reading on channel 1 is higher than the reading on channel 40, your antenna system is too short and you need to lengthen your antenna system.
- For example: If the SWR meter reading on channel 1 is 2.6 and the reading on channel 40 is 1.3, your antenna is too short. Possible solutions include adding a spring or quick disconnect, raising the antenna, getting a longer coax (and just make sure to store any excess coax in a figure eight style, about a foot in length, and loosely bound in the center), or re-positioning the antenna.
- Alternatively, if the reading on channel 40 is higher than channel 1, your antenna system is too long and you need to shorten your antenna system.
- For example: If the SWR meter reading on channel 1 is 1.2 and the reading on channel 40 is 2.3, you'll need to shorten the antenna to get better efficiency. You can do that by turning the tuning tip or the adjusting ring, or you can take the antenna mast out and trim it about 1/8 inch, and place it back firmly against the coil. Remember, it's easier to cut a little more off the antenna than to have to add some length (remember the barber who cut your hair too short?).
- The lower the reading, the better your CB radio will perform. The goal is to set the antenna to the lowest SWR readings possible, evenly across the 40 channels- for example, the reading on channel 1 and 40 at the same at 1.5. By having the SWR readings match on channel 1 and 40, your radio will perform well on any of the channels within the 40 channel bandwidth. If they do not match, adjusting the antenna is advised.
- IMPORTANT: If the meter reading is in the red zone, indicating HIGH SWR readings, DO NOT operate the CB. You could potentially damage your radio.
If any adjustments are needed, they should be made in small increments. Re-check after each adjustment. Be sure to have all components on the antenna when testing, including the tip/cap if there is one.
If you have already optimized your current antenna setup (similar readings on Channel 1 and 40) and you still want to improve your SWR readings, you can try a different antenna, a different mounting location, or, if you are setting up a dual antenna system, try utilizing only one of the antennas instead of both. Sometimes, you will get better performance from using one antenna instead of two.
SWR Range Explanations:
SWR 1.0-1.5: The ideal range! If your SWR is under 1.5, you're in great shape. If you're at 1.5 and really, really want to drop down to closer to 1 it's likely possible to do with additional tuning, different equipment or a different mounting location. But the drop from 1.5 to 1.0 won't make a substantial increase in performance. It's not nearly as noticeable as, say, going from 2.0 down to 1.5.
SWR 1.5 - 1.9: There's room for improvement, but SWR in this range should still provide adequate performance. Occasionally, due to installations or vehicle variables, it's impossible to get SWR lower than this. You should try to get it lower, but performance should still be acceptable in this range. If you've tuned the antenna, SWR in this range is likely an issue of a less-than-ideal mounting location for your vehicle and/or an antenna that isn't ideal for the mounting location. To troubleshoot, see this article on problematic CB antenna mounting locations.
SWR 2.0 - 2.4: While not good, this likely won't damage your radio with casual use. However, you should definitely try to improve it if you can. SWR in this range is usually caused by a poor antenna mounting location and/or a poor choice of equipment for your specific vehicle. To troubleshoot, you'll likely need to move the mounting location and/or use a more suitable antenna. It's by no means a good tuning job, but will function if you've exhausted all other troubleshooting possibilities.
SWR 2.5 - 2.9: Performance in this range will be noticeably decreased, and you might even damage your radio if you transmit frequently and for extended periods. We advise you not to operate your radio in this range. SWR in this range is usually caused by a poor mounting location and/or a poor choice of equipment for your specific vehicle. To troubleshoot, you'll likely need to move the mounting location and/or use a more suitable antenna.
SWR 3.0+: Performance will be severely affected, and you're likely to damage your radio with extended transmission use. You SHOULD NOT transmit with your CB at SWR levels above 3.0. If your SWR needle swings all the way to the right (off the charts) when getting your 3.0+ readings, you almost certainly have a major installation problem. This is almost always the result of a poor ground or incorrectly assembled stud, but on rare occasions can indicate a faulty coax, antenna, or incorrectly attached SWR meter.