Project Swift Smooth Clean

Autonomous solar robotics engineered to cut worker fatigue and reclaim clean public spaces.

Meet Scavenger: a robust, remote-controlled rover powered entirely by renewable solar energy. It gathers surface litter autonomously, protects sanitation workers from exhausting shifts, and raises community awareness for environmental preservation.

100% Solar Powered

Autonomous rooftop photovoltaic arrays keep operations continuous.

Remote Control Drive

Precision maneuvering with long-range telemetry controls.

Sanitation Relief

Reduces hazardous manual waste collection hours for field crews.

Scavenger solar-powered waste collection robot car navigating an outdoor pathway
ROVER: ACTIVE HARVESTING
100% SOLAR
MODEL: SCAVENGER V1SERVO: SCOOP-ASSIST

Mechanical Engineering Breakdown

Scavenger Rover Architecture

Engineered by Aura Agency to protect municipal sanitation workers, reduce hours spent under extreme conditions, and clean public spaces with solar-powered precision.

Chassis Ver. 2.4Solar Hybrid Ready
Scavenger robot solar cell array prototype top view
Zero Emissions
Photovoltaic CoreMOD-01
DIY Solar Hybrid Power System
High-efficiency monocrystalline solar panels linked with an onboard lithium-ion battery buffer. Provides continuous daytime harvesting to extend mission durations and lower municipal grid dependence.
Telemetry Spec:36V Solar Buffer • 4.2h Full Re-charge
Remote control module and internal steering servos of Scavenger
High Precision
Telemetry & ControlMOD-02
Remote Steering Architecture
Dual-channel 2.4GHz ultra-responsive transmitter system with high-torque digital steering servos. Enables operators to pilot around street curbs, park benches, and pedestrian plazas effortlessly.
Telemetry Spec:2.4GHz Extended Band • 450m LOS Range
Heavy-duty front collector scoop mechanism for waste handling
Worker Safety
Mechanical SweeperMOD-03
Automated Waste Collection Scoop
Engineered reinforced ground-clearance mechanical intake shovel. Lifts and deposits plastics, cans, and micro-litter into the onboard secure retention bin without physical human contact.
Telemetry Spec:3.2L Payload Capacity • Multi-Surface Intake

Worker Relief & Environmental Impact

Each operational Scavenger unit redirects up to 4 hours of manual stoop labor per day while harvesting renewable power on-site.

Field Robotics Specification

Operational Advantages Built for Real Streets

The Scavenger robot car pairs solar endurance with precision remote steering to take repetitive labor off sanitation teams and keep public spaces clean.

Photovoltaic
Solar Recharging Panels

High-efficiency solar cells charge the internal reserve continuously during daytime patrol, eliminating constant battery swaps.

98.4%
Daily Solar Uptake
Telemetry Link
Long-Range Remote Control

Low-latency dual-band steering servos allow operators to guide the rover across vast schoolyards, parks, and plazas from safe distances.

1.2 km
Control Perimeter
Servo Scoop
Automated Waste Containment

Calibrated mechanical front scoop collects surface litter, cigarette butts, and micro-plastics directly into a secure rear canister.

14.5 L
Internal Capacity
Reinforced Alloy
Durable Multi-Surface Chassis

Engineered with an all-terrain suspension and shock-isolated electronics to traverse rough gravel, uneven pavement, and curb transitions.

IP66
Weather Protection

Ready to deploy automated waste collection in your district?

Explore available robot models, DIY starter kits, and solar components in our shop.

Autonomous Field Telemetry

Environmental Impact Metrics

Real-world operational telemetry from deployed Scavenger autonomous units, measuring human fatigue reduction, collected micro-debris, and clean solar runtime.

+42% MoM
Hours Saved for Workers
Physical sanitation labor redirected from hazardous zones.
759Cumulative hrs
Target: 1,000 hrs75.9% Reached
Validated
Micro-Waste Collected
Solid particulate and loose plastic debris extracted.
2,730kg Diverted
Scope: Public Parks100% Recycled
Zero Grid Draw
Solar Operational Hours
Active field operations powered by rooftop photovoltaic cells.
1,300Clean hrs
Carbon Saved: 4.8 Metric Tons100% Solar

All metrics independently verified via Aura Agency telemetry sensors and published under public sanitation audits.

Deployment Ready

Available Editions

Explore production units of the Scavenger robot car, self-assembly engineering kits, and modular replacement components.

Autonomous Sanitation Initiative

Adopt the Scavenger robot to support sanitation workers and clean public spaces.

Equip your municipal team, school campus, or facility with solar-powered remote waste collection. Cut grueling labor hours while elevating public environmental health.

Questions? Call (555) 678-9012 or reach contact@auragency.com

Zero Emissions

100% solar-assisted rover operations

Precision Remote

Immediate terrain adaptation & waste pickup

Worker Relief

Reduces hazardous exposure and fatigue

Aura Agency builds Swift Smooth Clean technology with the Scavenger robot car: a solar-powered, remote-controlled autonomous waste collection solution engineered to ease municipal sanitation workloads and champion cleaner communities.

Solar-Powered
Remote Controlled
Eco Impact

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Hours: Mon-Fri: 9am – 5pmEco City, Green State