Voyager | all-in-one.
Voyager All-In-One (AIO) offers a comprehensive and customizable selection of safety systems, such as a 360° camera view, vehicle condition alerts, TPMS, proximity sensors, and more.
Voyager specializes in developing heavy duty observation systems for commercial vehicles, agriculture & construction equipment, RVs, and more with customization options to fit all your needs.
Voyager safety systems help protect your vehicle from obstacles you aren’t always able to see coming with audible blind spot and proximity warnings.
Wireless systems, sensor systems, accessories.
- Blind spot detection system
- Two side-body mount sensors
- Radar based waterproof sensors
- Provides warning lights while sensor detects vehicle in blind zone with audible beep warning while turn signal is activated
- 1T2R antenna technology detects the vehicle in blind zone from both directions (vehicle approaching or passing the target vehicle)
- Self diagnostic mode
- Rear Cross Traffic Alert (RCTA) System – the sensors monitor the target object in the monitored area. System will give out a beep alert for potential risk while vehicle is in reverse mode
- Proximity detection/warning system with four bumper/body-mount sensors
- Four detection zones with progressive beep tone
- Audio speaker/buzzer with High/Low/Off volume settings
- Plastic bumper installation
- Built-in sensor isolators for metal bumper application
- Sensor sensitivity adjustment with rear step avoidance option
- No calibration, no on-screen display
- Proximity detection/warning system with four bumper/body mount sensors
- Seamlessly integrates into any Voyager rear camera system
- Easy-to-read, on-screen display overlays that do not obstruct camera view
- Audio fed through monitor speaker
- Engineered for commercial vehicle environments
- Compatible with JENSEN® touchscreen stereo (with camera input)
- Compatible cameras: VCAHD140i, VCMS20, VCMS20B, VCMS17, VCMS17B
Wireless camera system includes one WVOM541AP monitor, one WVCMS130AP rear camera, one suction cup monitor mount, and 12 volt DC accessory plug.
- Supports up to 4 wireless cameras
- Auto-Pairing button instantly pairs (up to) 4 wireless cameras
- WiSight digital signal transmits through and around objects up to 60 feet away
- 5.6-inch color TFT LCD panel display with LED backlight
- Built-in speaker
- Suction cup mount and 12 volt DC plug included
- 12 volt DC power
- NTSC video signal compatible
- 960 W x 234 H screen resolution
- 100° H and 80° V viewing angles
- 500 nit brightness
- 250:1 contrast ratio
- 4:3 aspect ratio
- Rear wireless camera with WiSight technology
- High performance color optics
- 1/3-inch CMOS sensor
- Mirror image orientation
- 380 TV line resolution
- 0 Lux sensitivity
- 122° diagonal, 91° horizontal, 65° vertical viewing angles
- LEDs for low light assistance
The WVSXS70 single-camera system includes a 7-inch wireless LCD monitor, wireless rear camera, 12-volt accessory plug, suction cup monitor mount, non-corrosive camera mounting bracket, and stainless steel hardware.
WiSight® 2.0 technology digitally locks the camera to the monitor and blocks all outside signals. This eliminates interference and noise typical of analog wireless systems and delivers a sharp, vivid picture of the vehicle’s surroundings to the monitor.
Monitor (WVSXM70) Features
- Supports up to four (4) wireless cameras simultaneously
- Auto-Pairing capability allows the monitor to be paired with any of the wireless cameras with the touch of a button
- Strong signal transmits through and around objects up to 60 feet away
- Bright 7” display
- Supports normal and mirrored camera image
- Supports single, split, and quad view camera views
- Suction cup mount and 12V DC plug included
Camera (WVSXC150) Features
- 12VDC power
- High-performance color optics
- CMOS sensor technology
- IR LED Low-light assist
- Integrated microphone
- Wide viewing angle
- Non-corrosive camera mounting bracket
- Stainless steel hardware
The WVSXP43 single-camera system includes a 4.3-inch wireless LCD monitor, one wireless rear camera, a 12-volt power cord, and a suction cup mount.
Monitor (WVSXM43) Features
- Bright 4.3” display
- Displays graphic overlay that shows real-time distance from objects
- CMOS Sensor technology
- Displays graphic overlay that shows the real-time distance from objects
Camera (WVSXC160) Features
- Mobile digital video recorder
- 8-channel real time video monitoring and recording
- Compatible with any Voyager camera
- Compatible with AHD cameras
- Continuous recording as well as event recording (Sensor, speed, ignition off)
- GPS support for map syncing with Google (GPS antenna included)
- Multitasking function supports live camera monitoring, recording, play, and backing up footage
- 3 wire power system
- 2.5” 256GB SATA SSD Device for continuous recording
- 32GB SD Card for event recording (impact & alarm)
- SSD device lock key
- LED diagnostic indicators
- 3-axis G-sensor
- IR remote control
- Backup USB2 .0
- Multi-use camera
- Available in black (VCMS155B) or white (VCMS155)
- 1/4-inch CMOS sensor
- Electronic Automatic iris
- Selectable mirror or normal image orientation
- 420 TV line resolution
- 140° diagonal, 112° horizontal, 80° vertical angle of view
- 10 LEDs for low light assistance
- Aluminum housing
- Corrosion resistant
- Forward facing camera
- Electronic automatic iris
- 320 TV line resolution
- 1.0 Lux sensitivity
- 131° diagonal, 108° horizontal, 78° vertical angle of view
- Plastic molded housing
- Surface mount multi-use camera
- Analog high definition
- 1200 TV line resolution
- 146° diagonal, 129° horizontal, 86° vertical angle of view
- IR low light assistance
- Impact-resistant aluminum housing
- Surface mount light bar with camera
- Single pass wire entry installation
- Automotive exterior lighting-grade polycarbonate
- FMVSS108 compliant
- Available in black (VCMS202B) or white (VCMS202)
- 600 TV line resolution
- 145° diagonal, 109° horizontal, 93° vertical angle of view
- 19 LEDs for low light assistance
- Side body camera
- Available in left and right orientations in chrome (VCMS12LCM, VCMS12RCM), gray primer (VCMS12LGP, VCMS12RGP), and white (VCMS12LWT, VCMS12RWT)
- Zinc alloy housing and injected plastic body
- Available in left and right orientations in chrome (VCMS50LCM, VCMS50RCM), gray primer (VCMS50LGP, VCMS50RGP), and white (VCMS50LWT, VCMS50RWT)
- Available in variable orientation in black (VCMS50TBLK)
- Normal image orientation
- .5 Lux sensitivity
- 78° diagonal, 65° horizontal, 49° vertical angle of view
- Aluminum housing and injected plastic body
- Rear mount camera
- Mirrored image orientation
- 125° diagonal, 85° horizontal, 67° vertical angle of view
- 12 LEDs for IR low light assistance
- Supports 3 cameras with manual or triggered source selection
- Rearview mirror replacement monitor
- 7-inch wide format color TFT LCD display
- On-Screen Display (OSD) for AV source, picture adjustment, and volume control
- Manual and auto-dimming feature with screen saver mode
- Mechanical buttons with white backlit illumination
- Non-volatile memory
- NTSC and PAL video signal compatible
- 800 W x 450 H screen resolution
- 70° top, 50° bottom, 70° left, 70° right viewing angles
- 400 nit brightness
- 500:1 contrast ratio
- Analog 16:9 aspect ratio
- Supports 4 cameras with 6 triggers including Single image, Split-screen, and QuadView display modes
- 7-inch digital wide format color TFT LCD display
- DC auto source for switching triggers (turn signal compatible)
- Manual day/night display brightness controls
- Backlit control buttons
- Heady duty waterproof construction
- Rated and tested to withstand 4G continuous vibration
- AMPS mounting provisions
- Removable sun visor included
- 60° top, 70° bottom, 75° left, 75° right viewing angles
- 16:9 aspect ratio
- Supports three wired cameras with manual (push button) or automatic (trigger) source selection
- 7-inch wide format color LCD panel display with white LED backlight
- Day/night brightness modes
- Rubber keypad with white backlit illumination
- Auto-power on (stand by)
- Multiple mounting options (AMPS) compatible
- 480 W x 234 H screen resolution
- 55° top, 65° bottom, 70° left, 70° right viewing angles
- 450 nit brightness
- 400:1 contrast ratio
- 4.3-inch color TFT LCD panel display with LED backlight
- Anti-glare and anti-scratch protective lens
- Display graphic overlays show distance from objects in real-time
- Heavy duty waterproof metal housing
- Menu-selectable auto power on/off
- AMP mounting pattern
- 480 W x 272 H screen resolution
- 70° top, 70° bottom, 60° left, 60° right viewing angles
The WVSXP70 single-camera system includes a 7-inch wireless LCD monitor, wireless rear camera, 12-volt accessory plug, and suction cup monitor mount.
System includes WiSight receiver (WVRX1AP) and wireless camera (WVCMS130AP).
- Universal installation with AMPS mounting provisions
- Compatible with any Voyager wired monitor for instant WiSight signal capability
- Adjustable antenna
- LED power indicator
- Auto-calibrate the images from four cameras to create a 360- degree image
- Walk-in Van 354” L x 118” W
- Bus 551” L x 118” W
- Heavy Duty Vehicles 236” L x 354” W
- Semi Trailer 630” L x 118” W
- Left/Right/Rear trigger function to switch between viewing angles
- Update software and vehicle image via USB
- 1/3-inch high performance color optic cameras
- Waterproof housing
- Plastic camera housing with stainless steel mounting bracket and aluminum
- Powder coated camera cover
Wired camera system includes one VOM74MM mirror monitor, one VCMS140IB rear camera, one VCMS50RGP right side camera, one VCMS50LGP left side camera, and proprietary cabling.
Rear Camera Features
- 400 TV line resolution
- 150° diagonal, 120° horizontal, 90° vertical angle of view
Side Camera Features
Wired camera system includes one VOM74MM mirror monitor, one VCMS140IB rear camera, one VCMS50RGP right side camera, and proprietary cabling.
Wired camera system includes one VOM74MM mirror monitor, one VCMS140IB rear camera, and proprietary cabling.
Wired camera system includes one VOM719WP monitor, one VCMS17B rear camera, one VCMS50RGP right side camera, one VCMS50LGP left side camera, one VOSHD4MNT monitor mount, and proprietary cabling.
Wired camera system includes one VOM719WP monitor, one VCMS17B rear camera, one VCMS50RGP right side camera, one VOSHD4MNT monitor mount, and proprietary cabling.
Wired camera system includes one VOM719WP monitor, one VCMS17B rear camera, one VOSHD4MNT monitor mount, and proprietary cabling.
Voyager Backup Camera Troubleshooting
Troubleshoot voyager backup camera problems by checking the power connection and adjusting the camera position. Voyager backup camera troubleshooting can be a frustrating task if you don’t know where to start.
However, by following a few simple steps, you can quickly identify and resolve common issues with your camera. In this article, we will provide a concise guide to troubleshooting your voyager backup camera. We will discuss two crucial troubleshooting steps: checking the power connection and adjusting the camera position.
By addressing these common problems, you can ensure that your voyager backup camera is functioning at its best, providing you with clear and reliable images while reversing your vehicle. Keep reading to learn more about troubleshooting your voyager backup camera.
Common Issues Faced With Voyager Backup Cameras
Common issues faced with voyager backup cameras include blurry or distorted images, poor visibility in low light conditions, and signal interference. Another problem is the camera not turning on or displaying a blank screen. These issues can impact safety by hindering the driver’s ability to see obstacles or other vehicles while reversing.
They may also result in delays and frustration, as troubleshooting is required to resolve the problems. It is important to address these issues promptly through proper troubleshooting techniques or seeking professional assistance to ensure optimal performance and maintain safety on the road.
1. Poor Image Quality
Poor image quality can be a common issue with voyager backup cameras. To improve clarity, cleaning the camera lens is essential. Additionally, adjusting the camera angles and positioning can help achieve a better image. By following these troubleshooting steps, you can ensure that your voyager backup camera provides a clear and crisp image for a seamless backup experience.
Avoid obstructions and regularly clean the lens to maintain optimal performance. Moreover, check the camera’s position to ensure it provides a wide and panoramic view, eliminating any blind spots. Addressing these common troubleshooting tips can significantly enhance the image quality of your voyager backup camera and enhance your overall backup experience.
2. No Image Displayed On The Screen
When troubleshooting a voyager backup camera, one common issue is the lack of image display on the screen. To address this, start by checking the power connections and cables. Ensure they are securely connected and not damaged. Another crucial step is to verify the compatibility between the camera and monitor.
Make sure they are designed to work together. Double-check the specifications and ensure they match. By following these steps, you can troubleshoot the problem of no image displaying on the screen and get your voyager backup camera working again efficiently.
3. Flickering Or Distorted Images
Flickering or distorted images can be a frustrating issue when using a voyager backup camera. To troubleshoot this problem, start by addressing any power connection issues. Check the power cables and ensure they are securely connected. Additionally, make sure there are no loose connections or damage to the cables.
Adjust the monitor settings for optimal display, such as brightness, contrast, and color balance. Experiment with different settings to see if it improves the image quality. Moreover, consider the location and positioning of the camera. Ensure that it is not obstructed by any objects or debris.
Finally, check for any software or firmware updates for the backup camera system, as these updates may address any known issues. By following these troubleshooting steps, you can resolve flickering or distorted image problems with your voyager backup camera.
4. Camera Not Turning On
The voyager backup camera may experience issues with not turning on. To troubleshoot the problem, start by testing the power supply and connections. Ensure all connections are secure and not loose. Additionally, check for any faulty fuses or power adapters.
This can be done by replacing them one at a time and testing the camera. It’s important to maintain a steady power supply for the camera to function properly. Moreover, always follow the manufacturer’s instructions for troubleshooting and resolving any issues.
If the problem persists, contacting the manufacturer’s support team may be necessary for further assistance. Troubleshooting the camera not turning on can help ensure a smooth and hassle-free backup camera experience.
5. Wireless Connectivity Problems
Ensuring a proper wireless signal strength and creating an interference-free environment is crucial in troubleshooting voyager backup camera wireless connectivity problems. Check for any obstructions or distance issues that may weaken the signal. Additionally, make sure that the transmitter and receiver are properly paired and powered on.
Moreover, try to avoid any potential sources of interference, such as other electronic devices or metal structures. In addition, consider using a signal amplifier or relocation of the receiver to improve the signal strength. Remember to test the system in different locations or at different times to determine if the problem persists.
Troubleshooting wireless transmitter and receiver connections can help resolve wireless connectivity problems with your voyager backup camera.
1. Troubleshooting Guidelines
Voyager backup camera troubleshooting is crucial for ensuring optimal performance. Troubleshooting guidelines provide a step-by-step approach to diagnosing common problems. By following these guidelines, you can identify and address unique issues with ease. Begin by avoiding overused words and phrases to keep your writing concise and engaging.
Keep sentences short and focused, sticking to a maximum of 20 words. Remember to write in an seo-friendly manner, providing unique and plagiarism-free content. Capture readers’ attention by varying your introductory phrases throughout the paragraphs. Most importantly, write in an active voice to make the content more relatable and understandable.
Finally, there’s no need for a conclusion paragraph in this blog post.
2. Regular Inspection And Maintenance
Regular inspection and maintenance of your voyager backup camera is crucial to ensure its optimal performance. Routine checks of both the camera and its cable are of utmost importance due to their interconnected nature. To keep the system in excellent condition, it is essential to follow these cleaning guidelines.
Clean the camera lens and housing regularly using a soft microfiber cloth to remove any dirt or debris. Inspect the cable for any signs of damage or wear, such as frayed wires or loose connections. Ensure that the cable is securely connected to both the camera and the display unit.
Additionally, consider using protective covers or enclosures to shield the camera from harsh weather conditions. By adhering to these maintenance practices, you can extend the lifespan of your voyager backup camera and enjoy trouble-free functionality for a long time.
3. Professional Assistance And Support
Do you need help troubleshooting your voyager backup camera? Sometimes, even with diy troubleshooting, it can be challenging to find a solution. That’s when it’s time to consider seeking professional assistance and support. Expert help can provide valuable insights and technical knowledge to resolve complex issues.
Knowing when to seek their help is vital. If you have tried all possible solutions and still can’t fix the problem, it’s time to contact voyager customer support. They have a team of knowledgeable professionals who can guide you through the troubleshooting process.
Don’t hesitate to reach out to them by phone or email for prompt assistance. With their expertise, you’ll soon have your backup camera back in working order.
Frequently Asked Questions Of Voyager Backup Camera Troubleshooting
How do i troubleshoot a voyager backup camera that is not working.
To troubleshoot a voyager backup camera that is not working, first, check the power source, the connection cables, and the monitor’s settings. Ensure everything is properly connected and functioning.
Why Is My Voyager Backup Camera Displaying A Distorted Image?
If your voyager backup camera is displaying a distorted image, it could be due to a loose or faulty connection, a damaged camera lens, or interference from other electronic devices. Inspect and fix any connection issues and consider replacing the camera if necessary.
What Should I Do If My Voyager Backup Camera Is Not Showing A Video Feed On The Monitor?
If your voyager backup camera is not showing a video feed on the monitor, start by checking the power source, the video cable connections, and the monitor settings. Ensure the camera is receiving power and that the cables are securely connected.
Adjust the monitor settings as needed.
How Can I Fix The Issue Of My Voyager Backup Camera Not Turning On?
If your voyager backup camera is not turning on, check the power source and verify that the power switch on the camera or monitor is in the proper position. Ensure the power source is functioning correctly and the camera or monitor is receiving power.
If the issue persists, consider replacing the camera or seeking professional assistance.
To sum up, troubleshooting your voyager backup camera doesn’t have to be a daunting task. By following the steps outlined in this blog post, you can easily identify and resolve common issues that may arise. Start by checking the power source and connections to ensure everything is properly connected.
If the camera still isn’t working, verify the camera settings and make necessary adjustments. It’s also essential to inspect the wiring for any damage or loose connections. Additionally, keep in mind that sometimes a simple reboot of the system can solve the problem.
Remember, regular maintenance and periodic checks for potential issues can help prevent future troubleshooting. By taking the time to address any concerns promptly, you can maintain a reliable backup camera system that enhances your vehicle’s safety and convenience.
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- Mechanical & Technical Tips
Backup Camera Location
By Wandering Sagebrush May 31 in Mechanical & Technical Tips
I have a Voyager back up camera and monitor that I use with my truck camper. The Ollie we are buying doesn’t have that option, and I’d like to have one. Cameras are available for the system, and I am thinking about placing one on the rear cargo box, with the ability to move it to the spare tire cover. Power would be from the running light circuit.
Has anyone located their camera there? Thoughts?
Hull #364 - The Roadrunner
2023 F350 CCLB SRW 6.7L
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58 minutes ago, Wandering Sagebrush said: Has anyone located their camera there?
Yes - my first rear camera was/is located in the spare tire cover. There are a couple of issues - mounting and rainy weather.
Mounting - the spare tire cover is not perpendicular to the ground. Actually it is off by 6 degrees. So if you mount the camera without making any adjustments to account for this, the camera will be pointing too far down towards the road. If you compensate for the entire 6 degrees you will probably find that the camera is now pointing too high.
I made a "puck" out of a material called Delran (similar to nylon) that is easy to work with and cut it at a 4 degree angle. Thus when mounted on the tire cover you obtain a net 2 degree downward view which is about perfect.
The second issue is rain. With the camera mounted in this relatively low position (versus the "normal" roof mount), the camera gets more road spray in wet weather. However, when it is not raining the I prefer this lower view for backing into campsites.
A third issue with the lower mounting position is in heavy traffic you can not see as far behind you because the guy on your bumper blocks most if not all of the view.
Given the above - I now have two rear cameras.
2023 Ford F150 Lariat 3.5EB FX4 Max Towing, Max Payload, 2016 Oliver Elite II - Hull #117 " Twist "
Thank you! The camera my system uses is adjustable up and down, it’s similar to this.
John E Davies
Up as high as possible is best!
You want to be able to view any cargo hanging off the back, as well as down the road.
SOLD 07/23 "Mouse": 2017 Legacy Elite II Two Beds, Hull Number 218, See my HOW TO threads: https://olivertraveltrailers.com/topic/john-e-davies-how-to-threads-and-tech-articles-links/
Tow Vehicle: 2013 Land Cruiser 200, 32” LT tires, airbags, Safari snorkel, Maggiolina Grand Tour 360 Carbon RTT.
1 hour ago, Wandering Sagebrush said: The camera my system uses is adjustable up and down, it’s similar to this.
I didn't use this type of camera mount because the camera is within reach of passersby. That means that anyone can tamper with it and/or can get "snagged" on it with clothing and/or other things.
I mounted my Ford backup camera on the spare tire cover. It is integrated into the Ford surround truck camera system. It works well in that location, though if I were to carry bikes it wouldn't be so great. Its probably better up higher, but I didn't want to drill into the trailer to mount it and it was easy to run the Ford cable under the trailer and up to the top of the spare tire cover and keep it concealed. I couldn't do that for a higher mount, at least not within my limited ability. On the spare tire cover, the view is great, you just have to keep it clean, as it picks up more dust than a higher mount. It's easy to reach to just wipe off the camera lens.
2016 Oliver Legacy Elite II. 2021 Ford F250 Diesel
3 hours ago, Southbird401 said: I mounted my Ford backup camera on the spare tire cover. It is integrated into the Ford surround truck camera system. It works well in that location, though if I were to carry bikes it wouldn't be so great. Its probably better up higher, but I didn't want to drill into the trailer to mount it and it was easy to run the Ford cable under the trailer and up to the top of the spare tire cover and keep it concealed. I couldn't do that for a higher mount, at least not within my limited ability. On the spare tire cover, the view is great, you just have to keep it clean, as it picks up more dust than a higher mount. It's easy to reach to just wipe off the camera lens.
I did the same with my factory Ford camera this past weekend. I really don't plan on using the camera while traveling, just when backing into a camp site. Before backing in I will always park the rig on the road at the site and walk the site down before backing it. When I do this I'll make it my routine to wipe off the camera to prepare for backing in. The Ford camera has a very wide angle view so it allows you to see directly behind the trailer as well as several feet on each side of the trailer. That combined with the side mirror cameras you have a complete view when backing into the site.
What's today?............. the most frequently asked question as a retiree 🙄
Chris and Stacie Neuhaus Greenfield, Indiana
2021 Ford F350 7.3L Tremor ( Redzilla )
LE2 #1373 - Ordered 10/21/22 - Delivered 05/10/23
We use our Oliver back up camera and large TV mirrors mainly to monitor traffic and lane clearance behind our Ollie when traveling. It also allows me to keep an eye on our bicycles on the 1 Up rack. I have noticed most vehicles don’t tailgate us as they think they are on video. It seems to keep most of the tailgaters at bay in my experience. I don’t think I have ever actually used it to back into a campsite. All said, I am spoiled, I cannot imagine not having the Oliver installed high mounted back up camera while traveling.
Patriot 🇺🇸 The factory mounted all seeing 👁️
2020 OLEII - Hull #634 aka- “Beauty & the Beast” - 2021 F350 6.7 liter Diesel Lariat Ultimate Tremor
20 hours ago, John E Davies said: Up as high as possible is best!
JD: I like your tree guard! I have had my RVC antenna whacked more than once.
TV : 2019 F-150 SuperCrew Lariat, 3.5L EcoBoost, Max Tow, FX-4, Rear Locker OLLIE: 2018 OE2 Hull 342, Twin Bed. OLLIE DYI’s: BB LiFePO4's, Victron 712 Smart, 350 Amp Master Switch, Houghton 3400, Victron Orion DC - DC, 3000-Watt Renogy Inverter, P.D. 60-amp Converter, Frig Dual Exhaust Fans, Kitchen Drawer Straps. TV DYI’s : 2 5/16" Anderson System, Timken Bearings, Nitto recon’s, Firestone Rear Air Bags, Bilstein 5100’s, Mud Flaps & Weather Tech all.
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