top of page
RioData_Logo_Trans_NoTag_600px.png

RioV360 AI Pedestrian Detection System – User Manual

Version 3.1 · October 2026 · RioDatos LLC · Tucson, Arizona · riodatos.com · 520-501-0602 · info@riodatos.com

​

This manual may be freely copied and shared.

Table of Contents

Section

Install

1. System overview

2. Before you install

3. Bench test and initial setup

4. Monitor installation

5. Camera installation

6. Beacon and wiring

7. Accessories

​

Operate

8. Monitor controls

9. Recording and display

10. Smart Driving (detection)

11. Monitor preferences

12. Card and system maintenance

​

Support

13. Troubleshooting

14. Technical specifications

15. Warranty, support, and contact

​

Examples

16. Sample camera configurations

Legal notice and safety

Legal Notice

This manual is published by RioDatos LLC for installers, operators, and fleet safety personnel. It is free to use. You may copy, print, translate, share, and redistribute it, in whole or in part, without permission from RioDatos. Sharing it with your installers, dealers, and safety teams is encouraged.

Specifications are subject to change without notice as product improvements are introduced. RioV360 is an AI pedestrian detection system designed to assist operators by improving visibility and awareness of people and vehicles in blind spot areas. It is not a substitute for safe vehicle operation, proper training, mirrors, direct observation, or compliance with applicable local, state, and federal workplace safety regulations.

Safety Information

Read and follow all safety instructions before installing or operating RioV360.

🛑 WARNING: Always disconnect vehicle power before wiring, servicing, or removing any component of the RioV360 system.

  • Do not install components near moving vehicle parts, hot surfaces, hydraulic lines, or pinch points.

  • Use appropriate personal protective equipment (PPE) during installation.

  • Confirm all mounting hardware is secure before operating the vehicle.

  • Never rely solely on RioV360 to avoid collisions. Operators must continue to use mirrors and direct observation.

  • Do not route cables where they could be pinched, cut, or exposed to extreme heat.

  • Use the power source and voltage range specified in this manual.

  • Do not open, modify, or repair internal components. Contact RioDatos for service.

  • Cameras and monitors must not obstruct the operator's field of view.

Section 1 — System Overview

RioV360 is an AI pedestrian detection system for forklifts, loaders, excavators, dump trucks, telehandlers, skid steers, and other industrial and construction machines. Four HD cameras, a 7-inch in-cab AI monitor, an external flashing beacon, onboard recording, and configurable alert zones work together to improve operator awareness and reduce blind-spot incidents.

Key Features

  • Four-camera, 360-degree coverage with AI detection

  • 7-inch HD in-cab monitor with built-in AI processing

  • Alert zones set per camera: a single alarm zone or graduated green, yellow, and red zones

  • Onboard recording on a HE microSD card: about 30 hours on 256 GB, about 60 hours on 512 GB. No Wi-Fi or cloud connection required

  • External flashing beacon warns people near the machine

  • Detects pedestrians, cyclists, and vehicles with no wearable tags

  • IP69K waterproof cameras rated for construction and outdoor environments

  • Operating voltage 8 to 32 VDC, compatible with most industrial vehicles

  • Sold and supported from Arizona by RioDatos

Configured and ready to install

  1. Factory configuration. RioDatos configures the monitor, sets the detection zones, and sets the default parameters for your system before it ships.

  2. Bench test before installation. Set the system up on a conference table or workbench before installing it on the machine. Connect the cameras, power on the monitor, and get familiar with the display and alerts (Section 3).

  3. Guided walkthrough. A RioDatos technician can walk you through the monitor menu and settings on a Microsoft Teams call at no charge.

Schedule your setup call

Book online (30 min, Microsoft Teams): calendly.com/john-buttery-riodatos/30min

Email: info@riodatos.com

Phone: +1 (520) 501-0602

2. Before you install

Recommended Tools 

  • Cordless drill and drill bits

  • Self-tapping screws and socket set

  • Wire crimpers and heat shrink connectors

  • Electrical tape and split loom conduit

  • Zip ties (assorted sizes)

  • Multimeter for voltage verification

  • Fish tape for routing cables through panels

  • Silicone sealant for outdoor camera mounting

  • Relay kit (if the vehicle requires ignition-controlled power)

Pre-Installation Checklist

🛑NOTE: Complete all checklist items before beginning permanent installation. Bench test the system first to confirm all components work.

  • Confirm vehicle voltage is within the 8 to 32 VDC range

  • Identify a fused power source and ground points on the vehicle

  • Plan cable routing from each camera position to the monitor

  • Confirm the monitor location gives the operator a clear view

  • Confirm camera locations based on the vehicle’s blind spots

  • Confirm the beacon location is visible and audible

  • Bench test all components before mounting (Section 3)

3. Bench test and initial setup

Set RioV360 up for the first time on a conference table or workbench. The RV360-PWR power adapter (Section 7) runs the complete system from a standard wall outlet, so you can learn the display and alerts before installing anything on the machine.

Recommended Mounting Location

  • A-pillar or roll cage vertical bar within easy sightline

  • Overhead cab frame if side visibility is unobstructed

  • Avoid direct sun glare positions — angle the screen away from front glass reflections

  • Keep the monitor within arm's reach for occasional menu adjustments

Mounting Steps

  1. Position the mounting bracket and mark drill points

  2. Drill pilot holes — use appropriate hardware for cab material (metal, ROPS frame)

  3. Attach the bracket using the three self-tapping screws provided

  4. Slide the monitor onto the bracket knobs — do not tighten yet

  5. Adjust the monitor angle for optimal visibility from the operator seat

  6. Tighten all bracket screws and monitor knobs firmly

🛑WARNING: Ensure the monitor does not interfere with any controls, levers, steering, or the operator's forward visibility. Verify clearance before operating the vehicle.

3. Bench test and initial setup

Set RioV360 up for the first time on a conference table or workbench. The RV360-PWR power adapter (Section 7) runs the complete system from a standard wall outlet, so you can learn the display and alerts before installing anything on the machine.

Recommended Mounting Location

  • A-pillar or roll cage vertical bar within easy sightline

  • Overhead cab frame if side visibility is unobstructed

  • Avoid direct sun glare positions — angle the screen away from front glass reflections

  • Keep the monitor within arm's reach for occasional menu adjustments

Mounting Steps

  1. Position the mounting bracket and mark drill points

  2. Drill pilot holes — use appropriate hardware for cab material (metal, ROPS frame)

  3. Attach the bracket using the three self-tapping screws provided

  4. Slide the monitor onto the bracket knobs — do not tighten yet

  5. Adjust the monitor angle for optimal visibility from the operator seat

  6. Tighten all bracket screws and monitor knobs firmly

🛑WARNING: Ensure the monitor does not interfere with any controls, levers, steering, or the operator's forward visibility. Verify clearance before operating the vehicle.

Section 5 — Camera Installation

Cameras should be positioned to maximize coverage of blind spots. Each camera is waterproof to IP69K and rated for outdoor and construction environments.

Front Camera

  • Mount above or on the front mast, overhead guard, or bumper area

  • Position to capture the fork tips or front bumper edge at the bottom of frame

  • Adjust downward angle to show approximately 2 to 5 meters in front of the vehicle

Rear Camera

  • Mount on the rear counterweight, rear bumper, or overhead guard rear edge

  • Position to show the rear bumper edge at the bottom of frame

  • Adjust to show the full rear travel zone

Left Side Camera

  • Mount on the left side of the overhead guard, mast, or frame

  • Angle slightly downward to capture the wheel area and adjacent zone

  • Avoid pointing too high — minimize sky capture

Right Side Camera

  • Mirror the left camera setup on the right side

  • Ensure coverage of the right travel path and any dock or racking approach areas

Camera Mounting Steps

  1. Rotate the camera body to set the optimal viewing direction

  2. Mark drill points on the mounting surface

  3. Drill pilot holes and apply silicone sealant if mounting outdoors or in wash-down areas

  4. Attach camera bracket with screws provided

  5. Run the camera cable through split loom conduit toward the monitor

  6. Verify camera view on monitor display before tightening final screws

🛑NOTE: Label each camera cable at the monitor end (Front, Rear, Left, Right) before final routing to simplify future servicing.

Section 6 — Beacon and Wiring Installation

Beacon Installation

The external beacon provides audible alerts to the operator when persons or vehicles are detected in the alert zone. Mount the beacon where the driver can clearly hear it.

  • Recommended location: inside the cab frame, overhead guard, or ROPS bar

  • Avoid exterior mounting if the vehicle operates in heavy wash-down environments

  • Route the beacon cable through the cab frame with split loom protection

  • Secure with cable ties every 30 cm

Wiring and Power Connection

RioV360 operates on 8 to 32 VDC. Connect to a fused, ignition-switched power source so the system powers on and off with the vehicle key.

  • Identify a fused ignition-switched power source on the vehicle fuse panel

  • Run the main harness power leads to the fuse panel using split loom conduit

  • Add an in-line fuse (10A recommended) on the positive lead if not using the vehicle fuse panel

  • Connect the positive lead to the ignition-switched fuse terminal

  • Connect the negative lead to a clean chassis ground point — avoid painted surfaces

  • Route camera extension cables from each camera position to the monitor using existing cable runs where possible

  • Avoid routing cables near exhaust, hydraulic hoses, or moving mechanical components

  • Secure all cables with cable ties and protect with split loom where cables are exposed

🛑WARNING: Always disconnect the vehicle battery negative terminal before making any wiring connections. Failure to do so may damage the unit or cause electrical injury.

Section 7 — Initial Power-Up and Bench Test

Perform a bench test before final mounting of cameras and cables. This confirms all components are working before installation is complete.

  • Connect the monitor to a 12V power source or vehicle battery — do not permanently mount yet

  • Connect all four camera cables to the monitor

  • Connect the beacon cable to the monitor

  • Insert the 512 GB microSD card into the monitor — preinstalled

  • Power on the monitor using the power button

  • Verify all four camera images are displayed on screen

  • Verify left / right image orientation is correct for each camera

  • Walk through the camera field of view to confirm detection and alert response

  • Verify the beacon activates when a detection alert fires

  • Verify the recording icon appears on screen — confirm recording is active

  • Confirm date and time are set correctly — preset

🛑NOTE: If a camera image does not appear, check the cable connection at both the camera and monitor ends before assuming component failure.

Section 8 — Display Interface and Button Functions

Button Reference

1 — Power Press to power on or off.

2 — Confirm / Single Screen Short press: switch single screen view. In menus: confirm selection. Long press: delete current file.

3 — Left Short press: switch single screen view.

4 — Menu / Return Short press: open or close settings menu. In submenus: return to previous level. Long press: return to live view.

5 — Right Short press: switch between multi-screen views.

6 — Down Short press: scroll down in menus / switch to silent recording. Long press: lock or unlock current video file.

7 — Up Short press: scroll up in menus / switch to previous video in playback.

Screen Display Icons

Recording Active Solid record icon in corner of screen.

Locked Recording Lock icon overlaid on record indicator.

Memory Card Installed Card icon visible in status bar.

No Memory Card Card icon with X — recording unavailable.

Detection Box Tracking box overlaid on detected person or vehicle.

Parking Time-Lapse On Clock icon in status bar.

Screen Layout Modes

Single screen: shows one camera full screen

Dual screen: shows two cameras simultaneously

Triple screen: shows three cameras simultaneously

Quad screen: shows all four cameras simultaneously — recommended default

Section 9 — Recording, Playback, and Memory Card Setup

Memory Card

RioV360 ships with a High Endurance microSD card pre-installed, built for continuous recording in extreme heat, freezing cold, shock and water exposure. A 256 GB card holds about 30 hours of 4-camera video; a 512 GB card about 60 hours. Replacement cards should be High Endurance rated, Class 10, U3, V30, 512 GB maximum. Standard consumer cards wear out quickly under constant recording. 

Recording Duration Reference

512 GB (included) Up to 60 hours four-channel recording. Actual duration varies by recording settings.

🛑NOTE: The system records all four camera channels simultaneously. The included 512 GB card provides up to 60 hours of recording — actual duration varies based on video format, bitrate, and operating conditions.

Loop Recording

When the memory card is full, the system automatically overwrites the oldest files. Locked files are protected and will not be overwritten. Set loop recording interval (10, 15, or 20 minutes per file) in System Settings.

Locking Important Footage

To protect a video file from being overwritten, long press the Down button during recording. The lock icon will appear. To unlock, long press the Down button again.

Video Playback

  1. Press the Menu button to open the main menu

  2. Navigate to File Management

  3. Select the camera channel: VIDEO_F (Front), VIDEO_B (Rear), VIDEO_L (Left), VIDEO_R (Right)

  4. Navigate to the desired file and press Confirm to play

  5. Press Up / Down to move between files

  6. Press Menu to return to the previous level

🛑NOTE: File names are formatted as:

YYYYMMDD_HHMMSS_Channel.ts — for example, 20250618_104510_F.ts indicates a front camera recording from June 18, 2025 at 10:45 AM.

Section 10 — Alert Zones and Calibration

RioV360 supports independently configurable green, yellow, and red detection zones for each camera view around the vehicle. Zone distances can be adjusted based on vehicle type, operating speed, site layout, and safety requirements.

Typical configurations include larger rear detection zones to provide additional awareness during reversing operations, while front and side zones are commonly adjusted to support maneuvering in tighter industrial environments.

Camera Zone Configuration

  • Front Camera — forward travel path monitoring

  • Rear Camera — reversing and backing awareness

  • Left Camera — left-side proximity monitoring

  • Right Camera — right-side proximity monitoring

The green, yellow, and red zones provide a graduated level of operator awareness as pedestrians or objects move closer to the vehicle. Detection zone distances should be configured based on site-specific operating conditions, vehicle stopping distance, operator visibility, traffic density, and EHS safety policies.

🛑NOTE: Rear detection zones are commonly configured larger than front and side zones due to the elevated risk associated with reversing operations and limited operator visibility during backing maneuvers.

Adjusting the Detection Zones

The default RioV360 zone configuration is appropriate for most forklift and industrial vehicle applications. If site conditions require adjustment, the zones can be recalibrated through the BSD Calibration menu.

  1. Press Menu to open the main menu

  2. Navigate to Smart Driving > BSD Calibration

  3. Select the camera to calibrate (front, rear, left, or right)

  4. Adjust the zone boundaries using the navigation buttons

  5. Position the zone boundaries at the desired detection distance from the vehicle edge

  6. Select Save to confirm

  7. Repeat for each camera view

  8. Walk a test subject through each zone boundary to verify alert triggers at the correct distance

🛑NOTE: This can seem very complicated at first. Highlight the corner of the box you want to adjust, then use the arrow keys. Take it slowly. You will get the hang of it in 5-10 minutes. If you need help, please call (520) 501-0602.

🛑WARNING: Detection zone distances should not be reduced below site-approved safety requirements without authorization from the facility EHS or safety manager. Zone settings should be evaluated based on vehicle speed, stopping distance, operator visibility, and operating conditions.

Detection Sensitivity

Sensitivity can be set to High, Middle, or Low within BSD Settings. High is recommended for warehouse and indoor environments. Middle or Low may be appropriate outdoors where vegetation or reflective surfaces would otherwise trigger false alerts.

Monitored Object Types

The system can be configured to alert for pedestrians only, non-motor vehicles only, or all three types. Configure in BSD Settings > Monitor Type. Pedestrian-only mode is the most common setting for forklift and construction equipment applications.

Section 11 — System Settings

Access System Settings by pressing the Menu button on the monitor. The default password is 1111.

Camera Zone Configuration

Video Format 1080P, 1080N, 720P, 720N — 1080P recommended.

Loop Recording 10 minutes, 15 minutes, or 20 minutes per file.

Time-Lapse Parking Off, 8 hours, 12 hours, or 24 hours.

Record Audio On or Off.

Channel Settings Preview mirror, video mirror, or image flip per camera.

Screen Mode Default startup layout: quad, dual, or triple screen.

License Plate Enable license plate overlay display.

Screen Saver Off, 10 seconds, 30 seconds, 60 seconds.

Speaker Volume Off, Low, Middle, High.

Language English, Chinese (Simplified), Chinese (Traditional), Japanese, Russian, Thai, Vietnamese.

Date / Time Set current system date and time.

Display Brightness 1 to 100 — default is 90.

Password / Cipher Mode Enable or disable menu password lock.

Format Card Deletes all files including locked files — back up before formatting.

Restore Defaults Returns all settings to factory defaults.

🛑NOTE: After any setting change, the system automatically returns to the main settings screen after 5 seconds of inactivity.

Section 12 — Troubleshooting

  • Monitor does not power on — Possible cause: No power or blown fuse. Action: Check vehicle fuse, verify 8 to 32V at power input, check harness connections.

  • Camera image does not appear — Possible cause: Camera cable disconnected or faulty. Action: Check cable connections at both camera and monitor ends.

  • One camera shows black screen — Possible cause: Camera not receiving power or cable damaged. Action: Swap camera cables to isolate the issue.

  • No recording / SD card error — Possible cause: No card inserted or card not formatted. Action: Insert a Class 10 card and format using the monitor menu.

  • Recording stops unexpectedly — Possible cause: Card full or card speed too slow. Action: Use a minimum 80 MB/s card — check available storage.

  • False alarms triggering — Possible cause: Camera angle too low or sensitivity too high. Action: Adjust camera angle upward or reduce sensitivity in BSD Settings.

  • No alert when person or vehicle present — Possible cause: Alarm switched off or zone not calibrated. Action: Enable alarm in BSD Settings and recalibrate detection zones.

  • Poor image quality / blurry — Possible cause: Dirty lens or incorrect video format. Action: Clean lens — verify camera and monitor format settings match.

  • Image appears mirrored — Possible cause: Channel settings incorrect. Action: Adjust mirror or flip settings in Channel Settings.

  • Beacon not activating — Possible cause: Beacon cable disconnected. Action: Check beacon cable at monitor — verify alarm sound is enabled.

  • Monitor screen frozen — Possible cause: System error or firmware crash. Action: Power cycle — hold power button 5 seconds to force off.

  • Night image dark or noisy — Possible cause: Infrared not activating. Action: Verify IR-CUT set to automatic — clean the camera lens.

  • No sound from monitor speaker — Possible cause: Speaker volume set to Off. Action: Increase volume in System Settings > Speaker.

Section 13 — Frequently Asked Question

What is the RioV360?

The RioV360 is an AI Pedestrian Detection System designed for forklifts, loaders, excavators, dump trucks, telehandlers, skid steers, and other industrial and construction vehicles. It combines four HD cameras, a 7-inch in-cab AI monitor, an external audible beacon, onboard recording, and a configurable multi-zone alert system to improve operator awareness and reduce blind-spot incidents.

​

What vehicles is the RioV360 compatible with?

The RioV360 is compatible with any industrial or construction vehicle operating between 8 and 32 VDC. This includes forklifts, reach trucks, order pickers, telehandlers, skid steers, wheel loaders, excavators, and dump trucks.

​

Does the RioV360 require wearable tags or vests?

No. The RioV360 uses AI-based visual detection and does not require pedestrians to wear any tags, lanyards, or vests. Detection is automatic.

​

How many cameras does the RioV360 include?

The RioV360 includes four IP69K cameras providing 360-degree coverage around the vehicle.

​

Does the RioV360 record video?

Yes. The system records continuously on all four channels simultaneously to a 256 GB or 512 GB microSD card. Recording capacity is up to 60 hours depending on settings. No Wi-Fi or cloud connection is required.

​

What happens when the memory card is full?

The RioV360 uses loop recording. When the card is full, the oldest footage is automatically overwritten unless a file has been locked.

​

What is the detection range?

The detection range is 0 to 5 meters, configurable per zone and per camera.

​

Does the RioV360 detect vehicles as well as pedestrians?

Yes. The AI detection system identifies both pedestrians and vehicles in blind-spot areas around the equipped vehicle.

​

What voltage does the RioV360 require?

The RioV360 operates on 8 to 32 VDC, making it compatible with both 12V and 24V vehicle electrical systems.

​

Is the RioV360 waterproof?

The four cameras are rated IP69K. They are suitable for outdoor use, washdown environments, and construction sites.

​

Does the system require an internet connection?

No. The RioV360 operates entirely offline. There is no Wi-Fi, cellular, or cloud dependency.

​

How long does installation take?

A typical installation takes two to four hours depending on the vehicle type and cable routing complexity. All required hardware is included in the kit.

​

What is included in the RioV360 kit?

The kit includes the AI monitor, four cameras, external beacon, screw-lock aviation cables, mounting hardware. RioDatos offers several accessories for RioV360.

​

How much does the RioV360 cost?

The RioV360 is priced at $1,795, which includes the complete installation kit — everything needed for a full installation with no additional parts to source.

​

Does the RioV360 require a subscription or ongoing fees?

No. There are no subscriptions, software fees, or cloud services. The RioV360 is a one-time purchase with no recurring costs.

​

What is the warranty on the RioV360?

The RioV360 is covered by an 18-month warranty against defects in materials and workmanship from the date of original purchase.

Section 14 — Technical Specifications

Monitor

Screen Size — 7 inches IPS

Resolution — 1024 x 600 (RGB)

Viewing Angle — Left/Right: 85 degrees / Up/Down: 85 degrees

Video Input — 4-channel AHD 1080P / 720P

Video Output Format — H.264 TS

Video Recording — 1920 x 1080P at 25 FPS per channel

Storage — External microSD up to 512 GB — minimum 80 MB/s required

Power Input — DC 8 to 32V — maximum 5W

Operating Temperature — -20°C to +70°C

Storage Temperature — -30°C to +80°C

Dimensions (L x W x T) — 218 x 149 x 82 mm (bracket and sunshade included)

Audio — Built-in microphone and speaker

Video System — PAL / NTSC

AI Detection — Person and vehicle detection with configurable green, yellow, and red alert zones

Screen Modes — Single, dual, triple, quad display

Cameras

Camera Type — AI-Compatible AHD 1080P Vehicle Camera

Image Sensor — 1/2.9" CMOS

Effective Pixels — 1920 (H) x 1080 (V)

Minimum Illumination — 0 LUX (with built-in infrared enabled)

IR-CUT — Automatic day / night switching

Viewing Angle — 130 degrees

Waterproof Rating — IP69K

Shock Resistance — IK06

Operating Temperature — -20°C to +60°C

Storage Temperature — -30°C to +80°C

Operating Voltage — DC 12V / 5W

System

Operating Voltage — 8 to 32 VDC (full system)

Detection Range — 0 to 5 meters (configurable per zone)

Alert Configuration — Configurable green, yellow, and red detection zones per camera — pre-configured by Riodatos

Recording Format — H.264 TS — four simultaneous channels

Origin — Sold and supported from Arizona by Riodatos

Section 15 — Warranty and Support

Important Notice

Please read this section carefully before using RioV360. By installing or operating the RioV360 system, the owner and user acknowledge and agree to the terms set forth below. If you do not agree to these terms, contact Riodatos before proceeding.

RioV360 is an AI Pedestrian Detection System designed to improve operators' awareness of people and vehicles in blind-spot areas around industrial equipment. It is an aid to the operator. It does not replace the operator, operator training, operator vigilance, or operator responsibility. The operator must not rely solely on the RioV360 system and must not become distracted from normal vehicle operation while using it.

As with all detection technology, RioV360 cannot always guarantee 100% accuracy. False positives and false negatives are possible. Supervision and control of the vehicle, and overall operational safety, always remain the responsibility of the operator and the employer.

Product Warranty

Riodatos warrants the RioV360 AI Pedestrian Detection System against defects in materials and workmanship for a period of eighteen (18) months from the date of original purchase. During the warranty period, Riodatos will, at its sole discretion, repair or replace any component found defective under normal operating conditions. Proof of original purchase is required to obtain warranty service.

Warranty Exclusions

The following are not covered under this warranty:

  • Products damaged by misuse, negligence, accident, or improper installation

  • Products modified, repaired, or altered by any party other than Riodatos or an authorized Riodatos representative

  • Products installed or operated outside the conditions described in this manual

  • Products combined with hardware or software not supplied or approved by Riodatos

  • Damage caused by conditions beyond Riodatos's control, including power surges, extreme environmental conditions, or vehicle electrical faults

  • Normal wear and consumable components

  • Products from which identification labels have been removed or altered

Limited Use License

The owner and user are granted a non-exclusive, non-transferable license to use the software embedded in the RioV360 system solely for its intended purpose as described in this manual. The owner and user may not modify, adapt, reverse engineer, decompile, disassemble, sublicense, transfer, or attempt to derive source code from any software contained in the RioV360 system. Proprietary notices on the product and documentation must not be removed or altered.

Limitation of Liability

To the fullest extent permitted by applicable law, Riodatos and its suppliers, partners, and affiliates shall not be liable for any indirect, incidental, special, consequential, punitive, or exemplary damages, including but not limited to loss of profits, loss of revenue, loss of data, loss of use, or any other intangible losses, arising from or related to the use or inability to use the RioV360 system, even if Riodatos has been advised of the possibility of such damages.

Riodatos' total liability under any claim arising from or related to the RioV360 system shall not exceed the original purchase price of the product.

RioV360 is an AI Pedestrian Detection System and not a fail-safe system. Riodatos shall not be liable for injury to persons, damage to equipment, or property loss resulting from vehicle operation, regardless of whether the RioV360 system was in use at the time.

Warranty Claim Procedure

  1. Contact Riodatos at info@riodatos.com or 520-501-0602

  2. Provide proof of original purchase

  3. Provide a description of the defect or failure

  4. Riodatos will assess the claim and advise on next steps

Return shipping costs are the responsibility of the owner unless Riodatos confirms the defect as a warranty-covered failure, in which case Riodatos will cover return shipping within the continental United States.

Governing Law

These terms are governed by the laws of the State of Arizona, United States, without regard to conflict of law principles. Any disputes arising from or related to the RioV360 system, or these terms shall be subject to the jurisdiction of the courts of the State of Arizona.

Complete Terms and Conditions

Complete Riodatos General Terms and Conditions of Sale, including order, payment, delivery, and dispute resolution terms, are provided with all order documentation and are available at www.riodatos.com.

Section 16 — Contact Information

Company — Riodatos LLC

Address — Tucson, Arizona, USA

Phone — 520-501-0602

Email — info@riodatos.com

Website — www.riodatos.com

Support Hours — Monday through Friday, 8:00 AM to 5:00 PM Arizona Time

bottom of page