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BASE-STATION RTK · NETWORK RTK · OEM / ODM
RTK Robotic Lawn Mowers for 500–3,000 m² Lawns
Two wire-free RTK + vision mower platforms for brands, distributors and OPE companies.
BASE-STATION RTK
AN3000V
NETWORK RTK
AN3000VR
500–3,000 m²
Recommended lawn range for both RTK robotic mower platforms.
Two RTK Architectures
Choose Base-Station RTK or Network RTK for your deployment model.
Built for B2B Programs
Sample evaluation, OEM / ODM planning and production qualification.
FLAGSHIP RTK ROBOT MOWER RANGE
Compare AN3000V and AN3000VR RTK Robotic Lawn Mowers
Both platforms cover the same recommended lawn range. The key buying decision is the correction source, mapping workflow, connectivity and target-market deployment model.
AN3000V · BASE-STATION RTK
AN3000V Base-Station RTK Robotic Lawn Mower
A wire-free RTK mower using a local RTK reference together with AI vision and IMU for planned mowing, virtual boundaries and connected lawn management.
Cutting width210 mm
Height adjustmentApp control
ConnectivityBluetooth + 4G
Mow area / charge150–200 m²
Local RTK antenna
Virtual boundary
GPS theft tracking
Multi-zone
DEPLOYMENT PROFILE
For projects that prefer a local RTK correction source and direct control over on-site reference hardware.
AN3000VR · NETWORK RTK
AN3000VR Network RTK Robotic Lawn Mower
A wire-free Network RTK mower combining NRTK correction, vision sensing and IMU with automatic edge searching and mapping.
Cutting width200 mm
Mapping workflowAutomatic edge search
ConnectivityBluetooth + Wi-Fi + 4G
Mow area / charge120–180 m²
Automatic edge mapping
Virtual + physical no-go zone
Cut-to-edge 50–100 mm
Multi-zone
DEPLOYMENT PROFILE
For markets where Network RTK service coverage and reliable data connectivity can be validated before launch.
RTK NAVIGATION & SMART MOWING
Wire-Free RTK Navigation for Smarter Lawn Setup
Both RTK mower platforms are built around digital lawn setup, planned mowing and connected control.
Virtual Boundaries
Define working areas digitally without traditional perimeter wire installation.
Planned Mowing
Use structured route execution instead of purely random movement.
Multi-Zone Management
Manage separate lawn areas inside the mapped property.
Vision + IMU
Complement RTK correction with onboard perception and motion awareness.
RTK ROBOT MOWER COMPARISON
AN3000V vs AN3000VR: Base-Station RTK or Network RTK?
Compare the factors that change installation, product positioning and B2B launch planning.
Decision factor
AN3000V
Base-Station RTK
AN3000VR
Network RTK
RTK correction source
Local RTK reference station near the mowing area
Correction data through a compatible Network RTK service
Mapping & boundary workflow
Virtual boundary · virtual no-go zone · planned route
Automatic edge mapping · virtual boundary · virtual + physical no-go zones
Cutting configuration
210 mm · 30–60 mm · 7 positions
200 mm · 20 / 30 / 40 / 50 / 60 mm
Height adjustment
App control
Button adjustment
Connectivity
Bluetooth + 4G
Bluetooth + Wi-Fi + 4G
Typical mow area / charge
150–200 m²
120–180 m²
Sample-validation focus
Base-station placement · correction stability · boundary repeatability
NRTK coverage · data connectivity · automatic mapping workflow
Shared: 500–3,000 m² recommended range · planned mowing · vision obstacle sensing · multi-zone management · automatic charging · 50% listed slope · 59 dB · IPX5
BASE-STATION RTK
AN3000V for a local RTK reference deployment.
Plan for base-station placement, GNSS visibility and a workflow that includes local RTK reference hardware.
NETWORK RTK
AN3000VR where Network RTK correction is available.
Validate NRTK coverage, data connectivity, service conditions and automatic mapping performance.
TECHNICAL DOCUMENTS
RTK Robotic Lawn Mower Specification Sheets
Download model-level technical data for sourcing review, internal comparison and sample qualification.
AN3000V · BASE-STATION RTK
AN3000V Specification Sheet
Navigation, cutting system, connectivity, safety and packaging information.
AN3000VR · NETWORK RTK
AN3000VR Specification Sheet
NRTK architecture, mapping workflow, cutting system and connectivity information.
B2B PROJECT INFORMATION
Need Pricing, MOQ or OEM / ODM Details?
Ask for sample pricing, MOQ, customization scope and lead-time planning.
B2B SAMPLE QUALIFICATION
What B2B Buyers Should Validate Before RTK Robot Mower Production
Use representative lawns to validate the RTK architecture, navigation behavior, connectivity and service workflow before production approval.
01
RTK positioning stability
Correction availability, recovery behavior and representative GNSS conditions.
02
Boundary repeatability
Virtual boundaries, no-go zones, edge behavior and repeated route execution.
03
Vision obstacle handling
Common garden objects, narrow passages and complex layouts.
04
Terrain & slope performance
Traction, turning and mowing quality on target-market terrain.
05
App & connectivity workflow
Setup, mapping, scheduling, firmware workflow and connection reliability.
06
Charging & after-sales service
Return-to-charge behavior, battery workflow, accessories and service requirements.
RTK ROBOTIC LAWN MOWER OEM / ODM
Turn the RTK Platform Into Your Market Product
After sample approval, align the mower platform with your brand identity, software requirements, target market and production plan.
Brand & Packaging
Logo, product color direction, labels, manuals and market-facing packaging.
Product Configuration
RTK architecture, approved functions, connectivity and hardware scope.
App & Localization
App presentation, languages and software requirements aligned to project scope.
Pilot & Mass Production
Specification alignment, documentation, QC and production planning.
B2B ROBOT MOWER PROJECT PROCESS
From RTK Robot Mower Sample Validation to Mass Production
A sample-first workflow helps product managers and sourcing teams move from architecture selection to an approved OEM / ODM production configuration.
01
Market & RTK Architecture Review
Target market, RTK infrastructure, expected volume and launch goals.
02
Sample Validation
Test RTK stability, routes, boundaries, obstacles, charging and app workflow.
03
OEM / ODM Specification
Confirm hardware, software, branding, packaging and service requirements.
04
Pilot & Mass Production
Complete pilot validation and QC, then scale the approved configuration.
RTK ROBOTIC LAWN MOWER FAQ
RTK Robotic Lawn Mower FAQ for B2B Buyers
Answers for brands, distributors and sourcing teams comparing Base-Station RTK, Network RTK and OEM / ODM mower projects.
What is an RTK robotic lawn mower and how does RTK navigation work?
An RTK robotic lawn mower uses GNSS correction data to support precise positioning, virtual boundaries, mapped mowing areas and planned routes. Correction data can come from a local RTK base station or from a Network RTK service.
Does an RTK robotic lawn mower need a perimeter wire?
These RTK mower platforms support virtual boundaries, so the working lawn can be defined digitally without a traditional buried perimeter wire.
Base-Station RTK vs Network RTK robotic lawn mower: what is the difference?
Base-Station RTK uses a local reference station near the mowing area. Network RTK receives correction data from an external RTK reference network. The main B2B differences are installation hardware, coverage, connectivity and deployment strategy.
How accurate is an RTK robot mower in real lawn conditions?
RTK can support centimeter-level positioning under suitable conditions, but real-world performance also depends on satellite visibility, reflected signals, correction quality and the full navigation stack.
Can trees and buildings affect RTK robotic lawn mower performance?
Yes. Trees, walls and buildings can reduce GNSS visibility or create reflected signals, so representative difficult areas should be included in sample testing.
What lawn size is suitable for a 500–3,000 m² RTK robotic lawn mower?
Both AN3000V and AN3000VR are positioned for a recommended lawn size of 500–3,000 m². Choose between the two based on RTK architecture and deployment requirements rather than lawn size alone.
Does a Network RTK robotic lawn mower require service coverage or subscription fees?
A Network RTK mower requires access to a compatible correction service and reliable data connectivity. Service availability and possible fees depend on the provider and target region.
What should B2B buyers test before sourcing an RTK robotic lawn mower?
Test RTK stability, boundary repeatability, planned-route coverage, obstacle handling, terrain, charging return, app workflow, firmware process and connectivity.
What can be customized in an RTK robotic lawn mower OEM / ODM project?
Typical OEM / ODM topics include private labeling, product color, packaging, manuals, product configuration, connectivity, app presentation, localization and production planning.
What technical documents should a distributor request before mass production?
Request the approved product specification, sample-validation results, packaging specification, user documents, firmware/app requirements, QC criteria, service requirements and applicable compliance documents.
AN3000V · AN3000VR · OEM / ODM
Ready to Evaluate an RTK Robotic Lawn Mower for Your Market?
Share your target market, expected volume and preferred RTK deployment model. Start with the right sample and technical documents.