GAC Xiangwang S7 2027 Pro LiDAR Vehicle Profile: Best Value Large PHEV SUV with 185km EV Range, 1200km Total Range and LiDAR Highway Plus City Pilot
1. Conclusion: Three Highlights and Three Caveats
Highlights
- Long-range plug-in hybrid capability: The 1.5T engine and 200kW electric motor provide 318kW of combined system output. The listed range figures include 185km CLTC electric range and 1,200km MIIT combined range.
- LiDAR-backed driver assistance: The Pro LiDAR trim lists full-speed adaptive cruise, highway pilot, city pilot, automatic lane changing, and automatic parking.
- Large cabin and generous load space: A 2,880mm wheelbase and 720-2,050L boot are paired with a 15.6-inch 2K display, head-up display, built-in dash cam, wireless charging, and a high-speaker-count audio system.
Caveats
- Range figures vary substantially by test cycle: The listed 185km CLTC electric range corresponds to 105km under WLTC, so buyers should judge daily usability using the more relevant local test cycle.
- Charging hardware is not class-leading: The vehicle uses a listed 400V platform, with a 16-minute 30-80% fast charge and a 4.6-hour slow charge.
- Large size and weight affect agility: A 2,130kg kerb weight and 5.75m turning radius make tight streets and parking more demanding.
2. Model Overview
The GAC Xiangwang S7 is a large five-seat plug-in hybrid SUV aimed at families seeking space, long-distance flexibility, and advanced driver assistance. The 2027 Pro LiDAR is a higher-specification trim distinguished by its perception hardware and broader assisted-driving feature set.
The body measures 4,900 × 1,950 × 1,780mm with a 2,880mm wheelbase. A five-seat layout and 720-2,050L boot balance passenger room with cargo capacity. The listed approach and departure angles are 19 and 23 degrees, while the minimum turning radius is 5.75m.
The plug-in hybrid system combines a 1.5T engine, front-mounted electric motor, and 1-speed DHT. Its lithium iron phosphate battery includes heating and liquid cooling, while 6.6kW vehicle-to-load output supports outdoor equipment.
Watch the GAC Xiangwang S7 2027 model walkthrough.
3. Basic Information
| Item | Specification |
|---|---|
| Model | GAC Xiangwang S7 2027 Pro LiDAR |
| Class | Large SUV |
| Power type | Plug-in hybrid |
| Engine | 1.5T 160hp L4, 1498mL, engine code 4A15M3 |
| Engine output | 118kW and 220N·m |
| Motor output | 200kW and 280N·m |
| Combined system power | 318kW |
| Transmission | 1-speed dedicated hybrid transmission |
| Electric range | 185km CLTC / 105km WLTC |
| Combined range | 1,200km MIIT |
| Charge-depleted fuel use | 5.8L/100km (CLTC) |
| Battery | 38.88kWh lithium iron phosphate |
| Charging | 16 minutes from 30-80%; 4.6-hour slow charge |
| Vehicle-to-load output | 6.6kW |
| Dimensions | 4,900 × 1,950 × 1,780mm |
| Wheelbase | 2,880mm |
| Body and seating | 5-door, 5-seat SUV |
| Boot volume | 720-2,050L |
| Kerb / gross weight | 2,130kg / 2,575kg |
| Top speed | 180km/h |
| Tyres | 245/55 R19 |
| Warranty | 3 years or 100,000km |
Maintenance and Manufacturer Service
Routine maintenance combines conventional engine service with periodic checks of the battery, motor, and power electronics. Actual intervals, battery coverage, parts support, and labour rates depend on the authorised distributor in each market.
Selected Market Policy Framework
| Country or region | Policy direction | Main consideration |
|---|---|---|
| China | NEV tax and registration policies | Eligibility varies by vehicle specification, policy period, and city. |
| European Union | Emissions-based taxes and incentives | Rules vary by member state and may depend on certified electric range. |
| United States | Federal and state incentives | Eligibility varies by vehicle, assembly requirements, buyer, and state. |
| Japan | Eco-vehicle taxation | Qualifying vehicles may receive tax reductions based on current standards. |
| South Korea | Low-emission vehicle support | Benefits vary by emissions level and current local policy. |
Policy reference: IEA Global EV Policy Explorer. Verify current local eligibility before purchase.
4. Ownership Costs and Service
Warranty and Servicing
The listed whole-vehicle warranty is 3 years or 100,000km. Service work includes engine oil and filters, brake fluid, and inspections of the battery, motor, and power electronics. Plug-in hybrid complexity makes local technical support especially important.
Energy and Running Costs
- Electric commuting: Short journeys can be completed without using petrol when regular charging is available.
- Long-distance driving: Hybrid operation avoids full dependence on public charging infrastructure.
- Illustrative electricity cost: At USD 0.16 per kWh, a full 38.88kWh charge costs about USD 6.20 before charging losses.
- Illustrative petrol cost: At USD 1.23 per litre and 5.8L/100km, charge-depleted driving costs about USD 7.10 per 100km.
- Insurance and depreciation: These vary by registration market, repair network, and local demand.
Energy figures are estimates based on example international prices, not guaranteed ownership costs.
5. Competitor Comparison
The Xiangwang S7 Pro LiDAR is compared with the Ti 7 PHEV 2025 135KM Two-Wheel-Drive Pro, Sea Lion 07 DM 2025 DM-i 150KM Pilot, and Fengyun T10 2024 210 Prestige. The original oversized grid has been separated into three focused comparisons.
Powertrain and Range
| Item | Xiangwang S7 | Ti 7 PHEV | Sea Lion 07 DM | Fengyun T10 |
|---|---|---|---|---|
| Engine | 1.5T, 160hp | 1.5T, 156hp | 1.5T, 156hp | 1.5T, 156hp |
| Motor output | 200kW / 280N·m | 200kW / 315N·m | 200kW / 315N·m | 165kW / 390N·m |
| Transmission | 1-speed DHT | E-CVT | E-CVT | 3-speed DHT |
| WLTC electric range | 105km | 105km | 120km | Not provided |
| CLTC electric range | 185km | Not provided | Not provided | 160km |
| Listed combined range | 1,200km MIIT | Not provided | Not provided | 1,400km CLTC |
| Charge-depleted fuel use | 5.8L/100km | 5.9L/100km | 5.5L/100km | 5.75L/100km |
| 0-100km/h | 7.9s | 7.9s | 7.9s | 8.8s |
Battery, Charging, and Space
| Item | Xiangwang S7 | Ti 7 PHEV | Sea Lion 07 DM | Fengyun T10 |
|---|---|---|---|---|
| Battery capacity | 38.88kWh | 26.6kWh | 26.6kWh | 34.46kWh |
| 30-80% fast charge | 16 min | 17.5 min | 30 min | 18 min |
| Slow charge | 4.6 h | 3.8 h | 3.8 h | 5.5 h |
| Vehicle-to-load output | 6.6kW | 6kW | 6kW | 6.6kW |
| Dimensions (mm) | 4900 × 1950 × 1780 | 4999 × 1995 × 1865 | 4880 × 1920 × 1750 | 4850 × 1930 × 1712 |
| Wheelbase | 2880mm | 2920mm | 2820mm | 2820mm |
| Boot volume | 720-2050L | 970-1880L | 645-1721L | 717-2021L |
| Kerb weight | 2130kg | 2230kg | 2103kg | 2028kg |
| Warranty | 3 years / 100,000km | 6 years / 150,000km | 6 years / 150,000km | 3 years / 100,000km |
Driver Assistance and Cabin Technology
| Feature | Xiangwang S7 Pro LiDAR | Other compared models |
|---|---|---|
| Perception hardware | LiDAR-equipped trim | Hardware details vary or were not fully provided |
| Assisted driving | L2, full-speed adaptive cruise, highway pilot, city pilot | L2 functions listed, but scenario coverage differs by trim |
| Parking assistance | 360-degree view, transparent chassis, automatic parking | 360-degree systems listed on compared trims; automatic parking data incomplete |
| Displays | 15.6-inch 2K central screen and head-up display | Display specifications vary by model |
| Convenience | Built-in dash cam, wireless charging, powered front seats, power tailgate | Many equivalent features are listed, but exact trim coverage varies |
Which One Suits Which Buyer?
- Xiangwang S7 Pro LiDAR: Best suited to families prioritising LiDAR hardware, broad assisted-driving coverage, cabin technology, and maximum expanded boot capacity.
- Ti 7 PHEV: Offers the longest body and wheelbase in this comparison, plus a longer listed whole-vehicle warranty.
- Sea Lion 07 DM: Provides the longest listed WLTC electric range here and a longer warranty, although its listed fast-charge time is slower.
- Fengyun T10: Combines the lightest kerb weight with a long listed CLTC combined range and large fuel tank.
Comparison data comes from the source material used for the original draft, including OCR from configuration screenshots. Different test cycles are not directly interchangeable. Confirm specifications, software availability, warranty terms, and market support before purchase.
6. Expert Test Drive
Pros
- Direct electric response: The 200kW motor supports brisk launches and mid-range acceleration, while the hybrid system provides long-distance flexibility.
- Broad assisted-driving hardware: LiDAR, highway pilot, city pilot, automatic lane changing, and automatic parking reduce workload in supported conditions.
- Family practicality: The long wheelbase, large boot, central display, head-up display, and powered convenience features suit longer journeys.
Areas to Improve
- Test-cycle range gap: Buyers should plan around local weather, speed, climate-control use, and the more relevant range standard rather than the highest advertised figure.
- Charging speed: The charging system is adequate but not a standout advantage in this class.
- Urban manoeuvrability: The vehicle's size, weight, and turning radius are noticeable on narrow streets and in tight parking spaces.
Test Scenarios
- Electric commuting and depleted-battery driving: Public test material suggests charge-depleted consumption remains close to 6L/100km in mixed use, though results vary.
- Highway pilot: Public reviews report stable lane keeping, car following, and supported ramp transitions. City pilot can reduce workload, but the driver must remain attentive and ready to take over.
7. Real Owner Reviews
Common Positive Feedback
- Space and practicality: Rear passenger room and expanded boot capacity are frequently praised for family trips.
- Low commuting cost: Owners with regular charging can complete many daily journeys electrically while retaining petrol backup.
- Reduced highway fatigue: Assisted-driving features can make long journeys less tiring when conditions and local software support permit.
Common Criticism
- Real-world electric range: Weather, climate control, and higher speeds can reduce usable range significantly.
- Low-speed agility: The body feels large and heavy during tight turns and parking.
- Charging expectations: Some owners may find the charging speed modest relative to newer competitors.
Owner feedback summarises public review material and is not a controlled reliability study. Driver-assistance features are not autonomous driving; availability also varies by market and software version.
8. References
- Global Petrol Prices: World electricity prices
- IEA Global EV Policy Explorer
- GAC Motor official model specifications and configuration information
- Aggregated public test and owner-review material from automotive media platforms
