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Coverage Validations
Coverage Validations
Drive & Walk Test Solutions
Drive & Walk Test Solutions
Drive Test Solutions
Our drive test equipment solutions are designed to support comprehensive network performance assessments across LTE and 5G environments. We provide the essential hardware and accessories required to conduct efficient and accurate field measurements.
Equipment Portfolio
XCAL5 Network Testing Software
RF Scanners
LTE & 5G User Equipment (UEs)
RF Measurement Antennas
GPS Positioning Antennas
USB Multiport Connectivity Hub
Applications
Drive Testing
Network Benchmarking
Site Acceptance Testing
Coverage Validation
Network Optimization Projects
What is Drive Testing?
Drive testing is a field measurement process used to assess the real-world performance of LTE and 5G networks. By collecting live network data while travelling along predefined routes, engineers can evaluate coverage, signal quality, throughput, mobility performance, and overall user experience.
How HARF Motion Performs Drive Testing
HARF Motion conducts drive testing using industry-leading XCAL5 software and professional RF measurement equipment. Our engineers perform tests in real-world environments while continuously collecting synchronized radio, protocol, and service performance data.
During a typical drive test, one engineer operates the test platform and monitors measurements in real time, while another drives the vehicle along the planned route. This ensures accurate and consistent data collection across urban, suburban, regional, and highway environments.
Drive Test Solutions
Our drive test equipment solutions are designed to support comprehensive network performance assessments across LTE and 5G environments. We provide the essential hardware and accessories required to conduct efficient and accurate field measurements.
Equipment Portfolio
XCAL5 Network Testing Software
RF Scanners
LTE & 5G User Equipment (UEs)
RF Measurement Antennas
GPS Positioning Antennas
USB Multiport Connectivity Hub
Applications
Drive Testing
Network Benchmarking
Site Acceptance Testing
Coverage Validation
Network Optimization Projects
What is Drive Testing?
Drive testing is a field measurement process used to assess the real-world performance of LTE and 5G networks. By collecting live network data while travelling along predefined routes, engineers can evaluate coverage, signal quality, throughput, mobility performance, and overall user experience.
How HARF Motion Performs Drive Testing
HARF Motion conducts drive testing using industry-leading XCAL5 software and professional RF measurement equipment. Our engineers perform tests in real-world environments while continuously collecting synchronized radio, protocol, and service performance data.
During a typical drive test, one engineer operates the test platform and monitors measurements in real time, while another drives the vehicle along the planned route. This ensures accurate and consistent data collection across urban, suburban, regional, and highway environments.
Drive Test Solutions
Our drive test equipment solutions are designed to support comprehensive network performance assessments across LTE and 5G environments. We provide the essential hardware and accessories required to conduct efficient and accurate field measurements.
Equipment Portfolio
XCAL5 Network Testing Software
RF Scanners
LTE & 5G User Equipment (UEs)
RF Measurement Antennas
GPS Positioning Antennas
USB Multiport Connectivity Hub
Applications
Drive Testing
Network Benchmarking
Site Acceptance Testing
Coverage Validation
Network Optimization Projects
What is Drive Testing?
Drive testing is a field measurement process used to assess the real-world performance of LTE and 5G networks. By collecting live network data while travelling along predefined routes, engineers can evaluate coverage, signal quality, throughput, mobility performance, and overall user experience.
How HARF Motion Performs Drive Testing
HARF Motion conducts drive testing using industry-leading XCAL5 software and professional RF measurement equipment. Our engineers perform tests in real-world environments while continuously collecting synchronized radio, protocol, and service performance data.
During a typical drive test, one engineer operates the test platform and monitors measurements in real time, while another drives the vehicle along the planned route. This ensures accurate and consistent data collection across urban, suburban, regional, and highway environments.
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Key Features
Benefits of Drive Testing
Drive testing provides valuable insights that help network operators and vendors improve network performance and customer experience.
Identify coverage gaps and weak signal areas
Detect interference and radio performance issues
Validate LTE and 5G network deployments
Verify network upgrades and site integrations
Benchmark operator performance
Optimize handovers and mobility performance
Improve voice and data service quality
Support data-driven network optimization decisions
The Strategic Choice
Why HARF Motion?
At HARF Motion, we combine experienced RF engineering expertise with advanced testing technologies to deliver accurate, reliable, and actionable network performance insights. Our drive testing services support network optimization, benchmarking, troubleshooting, acceptance testing, and LTE/5G rollout validation projects across diverse operating environments.
Key Features
Benefits of Drive Testing
Drive testing provides valuable insights that help network operators and vendors improve network performance and customer experience.
Identify coverage gaps and weak signal areas
Detect interference and radio performance issues
Validate LTE and 5G network deployments
Verify network upgrades and site integrations
Benchmark operator performance
Optimize handovers and mobility performance
Improve voice and data service quality
Support data-driven network optimization decisions
The Strategic Choice
Why HARF Motion?
At HARF Motion, we combine experienced RF engineering expertise with advanced testing technologies to deliver accurate, reliable, and actionable network performance insights. Our drive testing services support network optimization, benchmarking, troubleshooting, acceptance testing, and LTE/5G rollout validation projects across diverse operating environments.
Walk Test Solutions
Our walk test equipment solutions enable accurate indoor network assessments for commercial, enterprise, and public environments. These solutions are ideal for evaluating indoor coverage, service quality, and user experience across complex building structures.
Equipment Portfolio
XCAL5 Network Testing Software
RF Scanner
LTE & 5G User Equipment (UEs)
RF Measurement Antennas
GPS Receiver (where applicable)
Portable Power System
USB Multiport Connectivity Hub
Rugged Walk Test Backpack
Integrated Cooling & Exhaust Fan System
Laptop with Wearable Harness
Common Walk Testing Environments
Commercial Buildings
Shopping Centres
Airports
Railway Stations
Universities & Campuses
Hospitals
Stadiums & Event Venues
Hotels
Underground Facilities
Business Districts
Public Transport Networks
Real-World Indoor & Pedestrian Network Performance Assessment
Walk testing is a specialized network measurement methodology used to evaluate LTE and 5G performance in environments where drive testing is not feasible. By collecting live network data while moving through buildings, campuses, shopping centres, transport hubs, stadiums, and other pedestrian areas, engineers can accurately assess indoor coverage, service quality, and user experience.
Walk testing provides valuable insights into network performance at the locations where users actually live, work, shop, and travel.
How HARF Motion Performs Walk Testing
HARF Motion utilizes advanced walk test solutions powered by XCAL5 software and professional RF measurement equipment. Unlike drive testing, all testing equipment is integrated into a portable backpack system, enabling engineers to perform measurements in indoor and pedestrian environments.
The walk test system is carefully configured to ensure reliable operation throughout the testing campaign. RF scanners, LTE and 5G test devices, connectivity equipment, and power systems are securely housed within a purpose-built backpack designed for mobility and continuous data collection.
During testing, the engineer carries the backpack while operating a laptop mounted on a dedicated harness, allowing real-time monitoring and control of the testing platform without interrupting movement through the test area.
To ensure equipment reliability during extended testing sessions, the backpack is equipped with integrated cooling and exhaust fans that maintain optimal operating temperatures for the scanners and user equipment devices, preventing overheating and ensuring consistent measurement accuracy.
As the engineer follows predefined indoor routes or pedestrian pathways, XCAL5 continuously records synchronized radio, protocol, service, and location-based measurements for detailed post-processing and analysis.
Walk Test Solutions
Our walk test equipment solutions enable accurate indoor network assessments for commercial, enterprise, and public environments. These solutions are ideal for evaluating indoor coverage, service quality, and user experience across complex building structures.
Equipment Portfolio
XCAL5 Network Testing Software
RF Scanner
LTE & 5G User Equipment (UEs)
RF Measurement Antennas
GPS Receiver (where applicable)
Portable Power System
USB Multiport Connectivity Hub
Rugged Walk Test Backpack
Integrated Cooling & Exhaust Fan System
Laptop with Wearable Harness
Common Walk Testing Environments
Commercial Buildings
Shopping Centres
Airports
Railway Stations
Universities & Campuses
Hospitals
Stadiums & Event Venues
Hotels
Underground Facilities
Business Districts
Public Transport Networks
Real-World Indoor & Pedestrian Network Performance Assessment
Walk testing is a specialized network measurement methodology used to evaluate LTE and 5G performance in environments where drive testing is not feasible. By collecting live network data while moving through buildings, campuses, shopping centres, transport hubs, stadiums, and other pedestrian areas, engineers can accurately assess indoor coverage, service quality, and user experience.
Walk testing provides valuable insights into network performance at the locations where users actually live, work, shop, and travel.
How HARF Motion Performs Walk Testing
HARF Motion utilizes advanced walk test solutions powered by XCAL5 software and professional RF measurement equipment. Unlike drive testing, all testing equipment is integrated into a portable backpack system, enabling engineers to perform measurements in indoor and pedestrian environments.
The walk test system is carefully configured to ensure reliable operation throughout the testing campaign. RF scanners, LTE and 5G test devices, connectivity equipment, and power systems are securely housed within a purpose-built backpack designed for mobility and continuous data collection.
During testing, the engineer carries the backpack while operating a laptop mounted on a dedicated harness, allowing real-time monitoring and control of the testing platform without interrupting movement through the test area.
To ensure equipment reliability during extended testing sessions, the backpack is equipped with integrated cooling and exhaust fans that maintain optimal operating temperatures for the scanners and user equipment devices, preventing overheating and ensuring consistent measurement accuracy.
As the engineer follows predefined indoor routes or pedestrian pathways, XCAL5 continuously records synchronized radio, protocol, service, and location-based measurements for detailed post-processing and analysis.
Walk Test Solutions
Our walk test equipment solutions enable accurate indoor network assessments for commercial, enterprise, and public environments. These solutions are ideal for evaluating indoor coverage, service quality, and user experience across complex building structures.
Equipment Portfolio
XCAL5 Network Testing Software
RF Scanner
LTE & 5G User Equipment (UEs)
RF Measurement Antennas
GPS Receiver (where applicable)
Portable Power System
USB Multiport Connectivity Hub
Rugged Walk Test Backpack
Integrated Cooling & Exhaust Fan System
Laptop with Wearable Harness
Common Walk Testing Environments
Commercial Buildings
Shopping Centres
Airports
Railway Stations
Universities & Campuses
Hospitals
Stadiums & Event Venues
Hotels
Underground Facilities
Business Districts
Public Transport Networks
Real-World Indoor & Pedestrian Network Performance Assessment
Walk testing is a specialized network measurement methodology used to evaluate LTE and 5G performance in environments where drive testing is not feasible. By collecting live network data while moving through buildings, campuses, shopping centres, transport hubs, stadiums, and other pedestrian areas, engineers can accurately assess indoor coverage, service quality, and user experience.
Walk testing provides valuable insights into network performance at the locations where users actually live, work, shop, and travel.
How HARF Motion Performs Walk Testing
HARF Motion utilizes advanced walk test solutions powered by XCAL5 software and professional RF measurement equipment. Unlike drive testing, all testing equipment is integrated into a portable backpack system, enabling engineers to perform measurements in indoor and pedestrian environments.
The walk test system is carefully configured to ensure reliable operation throughout the testing campaign. RF scanners, LTE and 5G test devices, connectivity equipment, and power systems are securely housed within a purpose-built backpack designed for mobility and continuous data collection.
During testing, the engineer carries the backpack while operating a laptop mounted on a dedicated harness, allowing real-time monitoring and control of the testing platform without interrupting movement through the test area.
To ensure equipment reliability during extended testing sessions, the backpack is equipped with integrated cooling and exhaust fans that maintain optimal operating temperatures for the scanners and user equipment devices, preventing overheating and ensuring consistent measurement accuracy.
As the engineer follows predefined indoor routes or pedestrian pathways, XCAL5 continuously records synchronized radio, protocol, service, and location-based measurements for detailed post-processing and analysis.
Key Features
Benefits of Walk Testing
Walk testing provides critical visibility into network performance within locations where subscribers spend significant amounts of time.
Evaluate indoor LTE and 5G coverage
Identify weak signal and dead-zone areas
Assess user experience in high-traffic environments
Verify Distributed Antenna Systems (DAS)
Validate Small Cell deployments
Measure voice and data service performance
Analyze mobility and handover behavior
Support venue acceptance testing
& Improve indoor network optimization strategies
The Strategic Choice
Why HARF Motion?
Our walk testing methodology combines advanced measurement equipment, industry-leading XCAL5 technology, and experienced RF engineering expertise to deliver accurate and actionable insights into indoor and pedestrian network performance. The result is comprehensive visibility into user experience and network behavior in environments where traditional drive testing cannot provide sufficient coverage.
Key Features
Benefits of Walk Testing
Walk testing provides critical visibility into network performance within locations where subscribers spend significant amounts of time.
Evaluate indoor LTE and 5G coverage
Identify weak signal and dead-zone areas
Assess user experience in high-traffic environments
Verify Distributed Antenna Systems (DAS)
Validate Small Cell deployments
Measure voice and data service performance
Analyze mobility and handover behavior
Support venue acceptance testing
& Improve indoor network optimization strategies
The Strategic Choice
Why HARF Motion?
Our walk testing methodology combines advanced measurement equipment, industry-leading XCAL5 technology, and experienced RF engineering expertise to deliver accurate and actionable insights into indoor and pedestrian network performance. The result is comprehensive visibility into user experience and network behavior in environments where traditional drive testing cannot provide sufficient coverage.
Ready to get started?
Contact us at info@harmotion.com.au to
discuss our full range of solutions
Ready to get started?
Contact us at info@harmotion.com.au to
discuss our full range of solutions
Ready to get started?
Contact us at info@harmotion.com.au to
discuss our full range of solutions