There is a significant price difference between the basic model and the high-end model of foldable mobility scooter. The entry-level products (such as Drive Medical Scout) start at approximately ¥8,000 and have a steel frame (weighing 28kg). The peak price of carbon fiber models (such as Di Blasi R30) reached ¥35,000 (with a 63% reduction in weight to 18.5kg). Global market analysis for 2025 shows that material costs account for 40% to 65% of the total price. The average price of models using Hangaluminum 7075 is ¥18,000 (density 2.8g/cm³), which is 25% higher than that of ordinary aluminum alloy (density 2.7g/cm³), but the fatigue life is extended by 300% (up to 50,000 folding cycles). After the implementation of the EU Circular Economy Act, carbon fiber recycling technology has reduced the cost of high-end models by 12% (with an average annual decline of 2.4%). A UBS report predicts that this price gap will narrow to 20% by 2026.
The technical configuration drives the price stratification. The average price of the intelligent model equipped with the L4-level autonomous driving system (such as Pride Quantum 2025) is ¥42,000, which is 135% higher than the basic model. The main reason is that the millimeter-wave radar (detection distance 10m/ accuracy ±2cm) and the AI path planning module make the hardware cost account for 60%. MIT research has confirmed that smart vehicle models reduce the total holding cost over five years by 28% due to the reduction in collision repair costs (an average of ¥1,200 per year vs. ¥3,800 per year). However, Deloitte data shows that OTA subscription services (with an annual fee of ¥2,400) increase the churn rate of low-budget users by 15%. A typical case is that under Singapore’s subsidy policy, the actual purchase price of the smart version is only ¥28,000 (subsidy rate 40%), and the user penetration rate has increased to 35%, which is much higher than the global average of 10%.
Performance parameters directly affect the premium space. The average price of the foldable mobility scooter with a range of over 100km (battery capacity ≥500Wh) is ¥26,000 (65% more expensive than the model with a range of 60km). However, the mass production of solid-state batteries by CATL has reduced the price gap from 80% in 2024 to 45% in 2025. Tests in “Journal of Power Sources” show that although high-energy-density batteries (220Wh/kg) are expensive at ¥5,000, their 1,200-cycle life reduces the cost per kilometer by 27% compared to ordinary batteries (800 cycles). A survey of American users shows that 78% of them are willing to pay a premium of ¥8,000 for a 30% increase in battery life (sample size N=2,500), and this demand elasticity coefficient (1.28) boosts the ROI of manufacturers’ innovation to 25%.
Policy and supply chain cause price fluctuations. The new EU regulation mandating the installation of V2X communication modules (cost ¥3,000) has raised the starting price of export models to ¥14,000 in 2025. However, the response speed of China’s supply chain has reduced the module cost to ¥1,200 within two years (a reduction of 60%). The tariff differences are significant: After the United States imposed a 25% tariff on China, the import price of Drive Medical Scout reached 2,300 (1,850 for domestic production), while the Southeast Asia Free Trade Agreement has reduced the price of Vietnamese assembled products by 18%. During the Red Sea crisis in 2024, the logistics cost of foldable mobility Scooters in Europe soared by 300% (from ¥800 per unit by sea to ¥2,400 per unit), and the retail price at the Munich exhibition instantly increased by 12%.
The full-cycle cost model reveals the true value. Industry statistics show that the median five-year maintenance cost (including battery replacement) accounts for 50% of the initial price. However, for high-end models, due to modular design (a 65% increase in replacement efficiency) and wear-resistant tires (a lifespan of 18 months /¥400), this proportion has been reduced to 35%. Procurement data from the NHS in the UK shows that although the carbon fiber frame model is 40% more expensive, the residual value rate remains at 35% after 10 years (only 10% for the regular model). Combined with the saved fuel substitution cost (¥15,000 for 5 years), the actual return rate reaches 42%. Conversely, the failure rate of cheap cars that have not passed ISO certification exceeds 25%, and the Norwegian Consumers’ Association warns that their average annual maintenance cost can reach ¥6,000 (approximately 100% of the initial price).
The market is moving towards “high configuration, low price” : BYD ‘s blade battery technology reduces the cost of range by ¥0.8/km, and new models (such as Merits EZ-Pro) to be launched in the third quarter of 2025 will achieve 100km range at ¥19,800; The EU standardization process is expected to increase the circulation efficiency of compliant components by 30% by 2027, ultimately reducing terminal prices by 15% to 22%. However, it is necessary to be vigilant against the increase in insurance costs caused by cyber attacks (+18% in 2024), which may weaken the dividend space brought by the reduction of technological prices.