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Electric Mobility Testing Laboratory | Electric Bike & Scooter Quality Detection

Electric Mobility Testing Laboratory | Electric Bike & Scooter Quality Detection

Product design
Product design
Structural design
Structural design
Electric system
Electric system
Prototype development
Prototype development
Mold development
Mold development
Frame manufacturing
Frame manufacturing
Paint & Coating line
Paint & Coating line
Quality inspection
Quality inspection
Mass production
Mass production
Learn more about our one-stop ODM service>

Electric Mobility Testing Laboratory | Electric Bike & Scooter Quality Detection

The PXID testing laboratory is certified under the ISO 9001 quality management system, enabling standardized testing for complete electric mobility vehicles. The facility supports comprehensive evaluations including electric motors, battery systems, electronic control units, and full-vehicle electrical safety and environmental testing. PXID products have also obtained multiple international certifications such as UL, CE, CCC, and PSE, demonstrating compliance with global safety standards for electric bikes and electric scooters. In addition, the laboratory performs mechanical performance testing, range and energy consumption testing, and electromagnetic compatibility (EMC) testing to ensure reliable product performance and safety for global OEM and ODM customers.
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Full-Vehicle Durability Testing System

PXID conducts systematic full-vehicle durability testing to evaluate structural strength and long-term reliability of electric bikes and electric scooters. Testing includes frame horizontal and vertical fatigue testing, drop impact testing, fork fatigue testing, and whole-vehicle vibration simulation. These procedures replicate real riding conditions and high-load stress scenarios to ensure the vehicle structure maintains stability and safety during long-term use.
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Motor performance testing

Motor performance testing evaluates the output power, torque characteristics, efficiency, and thermal stability of electric drive systems. PXID engineers conduct power output testing, speed-torque curve verification, temperature rise analysis, and noise measurement to ensure the motor operates reliably under different loads. This process confirms that electric bikes and scooters deliver stable power assistance and maintain consistent performance during real-world operation.
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Battery system testing

Battery testing verifies the capacity, safety, and energy performance of lithium battery systems used in electric mobility products. PXID conducts charging and discharging cycles, battery protection system testing, and thermal safety validation to evaluate stability under various operating conditions. These procedures ensure reliable battery endurance, safe power delivery, and long-term durability for electric scooters and electric bikes.
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Control system testing

The control system testing process evaluates how electronic controllers manage motor power, riding modes, and sensor inputs. PXID engineers verify controller response, speed sensors, torque sensors, and communication systems to ensure accurate power delivery. These tests confirm that electric mobility vehicles provide smooth acceleration, stable assistance, and reliable system coordination under different riding conditions.
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Control (1)

Range and power consumption Testing

Range testing measures the endurance performance of electric mobility vehicles under real riding conditions. PXID evaluates energy consumption, battery usage, and motor efficiency across different riding modes and load conditions. These tests verify that electric bikes and scooters achieve the expected travel distance after a single charge and maintain efficient energy management during daily operation.
续航测试

Electromagnetic compatibility
(EMC) testing

Electromagnetic compatibility testing verifies whether electric mobility systems can operate normally in environments with electromagnetic interference. PXID performs EMC testing to evaluate electronic system stability and electromagnetic radiation levels. These tests ensure that the motor, controller, and communication systems function reliably without interfering with nearby electronic devices such as smartphones, GPS systems, or wireless equipment.
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Environmental Reliability Testing Laboratory

The environmental testing laboratory evaluates product performance under extreme environmental conditions. PXID performs high-temperature, low-temperature, humidity, thermal cycling, and salt-spray tests to simulate real-world operating environments. These tests validate the reliability and durability of electric mobility vehicles in different climates and ensure stable performance across global markets.

Environmental Reliability Testing Laboratory
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Electrical System Safety Validation

Electrical safety validation ensures the reliability of the entire electrical architecture in electric mobility vehicles. PXID conducts insulation resistance testing, waterproof validation, over-current protection testing, and short-circuit protection verification. These tests ensure that electric bikes and scooters meet strict electrical safety standards and maintain safe operation in daily use.

Electrical System Safety Validation

Professional internal Lab

PXID’s internal laboratory follows strict international quality-system standards, conducting multi-dimensional evaluations of motors, power systems, electrical safety, environmental adaptability, and full-vehicle performance.

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Electric Scooter Aging Test
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Front Fork and Hub Fatigue Test

Submit a request

Our customer care team is available Monday to Friday from 8:00 am - 5:00 pm PST to answer all email inquiries submitted using the form below.

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