Showing 8 GSPACE models
Mars GTR
$3,671Range
170 km
Speed
25 km/h
Weight
57.8 kg
Mars GTR Hyper Scooter
$3,671Range
170 km
Speed
20 km/h
Weight
57.8 kg
Mars GT
$3,131Range
110 km
Speed
25 km/h
Weight
57.8 kg
Mars GT Hyper
$3,131Range
110 km
Speed
20 km/h
Weight
57.8 kg
Mars ECO
$2,159Range
100 km
Speed
25 km/h
Weight
52.3 kg
Mars 11 ECO
$2,159Range
100 km
Speed
20 km/h
Weight
52.3 kg
Venus 10 SPORT Dual Motor Commuting Electric Scooter
$1,031Range
—
Speed
—
Weight
—
Venus 10 SPORT L
$1,219Range
—
Speed
—
Weight
—
Discover GSPACE Electric Scooters: Performance & Practicality
GSPACE’s 2026 scooter lineup offers eight distinct models, blending raw power with city-ready convenience. From the flagship Mars GTR, scoring 50.95 at $3,671, to budget-friendly Venus 10 SPORT options under $1,300, GSPACE covers a wide spectrum of riders. Their 6 performance-oriented models deliver aggressive acceleration and advanced suspension, while 2 commuter scooters emphasize portability and ease of maintenance. Whether you chase top speed or urban practicality, understanding each model’s trade-offs—price, range, and build quality—helps you zero in on the perfect GSPACE ride.
Performance vs. Commuter Models
With six high-performance and two commuter-specific models, GSPACE’s 2026 lineup balances raw power and practical urban use. Leading the pack, the Mars GTR achieves a ScooterRank score of 50.95 at $3,671, thanks to dual motors, upgraded suspension and a claimed 60-mile range. Its sibling, the Mars GTR Hyper Scooter ($3,671, score 49.4), tweaks performance for track enthusiasts. On the commuter side, the Mars ECO and Mars 11 ECO each score above 40 while costing $2,159, offering lighter frames and simplified maintenance. Understanding these performance versus practicality trade-offs ensures you pick the right GSPACE for your ride style and budget.
Choosing the Right GSPACE Scooter for You
Selecting the ideal GSPACE scooter requires aligning your riding habits, budget and maintenance capacity. If you crave top-tier acceleration and range, invest in the Mars GT ($3,131, score 45.59) or its Hyper variant (score 44.05) for a balance of price and punch. Commuters should eye the Mars ECO lineup—at $2,159 and scores near 40—for lightweight portability and reduced upkeep costs. Entry-level riders on a tight budget can consider the Venus 10 SPORT models, priced between $1,031 and $1,219, delivering basic dual-motor functionality. Factor in storage, commute distance and local terrain to make the most informed GSPACE purchase.
Frequently Asked Questions About GSPACE — GSPACE
The highest-rated GSPACE scooter is the GSPACE Mars GTR, scoring 51/100 across our 7-dimension algorithm. Its strongest categories are Safety and Range.
The fastest GSPACE electric scooter is the Mars GTR with a claimed top speed of 25 km/h (16 mph). Speed and range trade-offs vary across the GSPACE lineup — compare models to find the right balance for your riding style.
GSPACE ranks #27 of 35 brands in our database by average score (34/100 across 8 models). GSPACE models tend to score below our database average — compare carefully before buying.
The most affordable GSPACE model is the Venus 10 SPORT Dual Motor Commuting Electric Scooter at $1031 MSRP, scoring 0/100 overall. For the best price-to-performance in the GSPACE lineup, check our value rankings.
GSPACE models average a 3.4 rating on ScooterRank based on data from 8 models. This score reflects combined factors like range, speed, build quality and value, placing GSPACE in the mid-tier compared to other brands.
The Mars GTR leads GSPACE’s lineup with a ScooterRank score of 50.95. Priced at $3,671, it features a dual-motor setup and upgraded suspension for aggressive acceleration and high-speed stability. Riders seeking peak performance and range should opt for the Mars GTR.
For daily commuting, the Mars ECO and Mars 11 ECO balance price and practicality. Both cost $2,159 and score around 40, offering moderate top speeds, stable handling and simplified maintenance, making them well-suited for urban rides without the premium of performance models.