RC Plane with Gyro Stabilizer - 2.4GHz, LED, 2 Batteries (Yellow) vs RC Airplane 2.4GHz 2-channel RTF with 3-axis gyro
Overall winner: RC Airplane 2.4GHz 2-channel RTF with 3-axis gyro
Key Differences
MATHSLICE (A) has a lightweight EPP body, a 3-axis gyro, and supports a multibattery setup (three batteries) which can improve total runtime but the manufacturer warns weight may affect handling; ANTSIR (B) includes gyro stabilization, LED lights for visibility and comes with two rechargeable batteries. Choose MATHSLICE if you want a sturdier EPP build and more battery options; choose ANTSIR if you prioritize included LEDs and a slightly lower listed price tier with two batteries out of the box
RC Plane with Gyro Stabilizer - 2.4GHz, LED, 2 Batteries (Yellow)
Kids-friendly RC airplane with gyro stabilization and LED lights. Easy to fly for beginners; promotes aviation basics and problem-solving. Customer note highlights ease of learning
Pros
- gyro-stabilized for easier flying
- includes LED lights for visibility
- 2 rechargeable batteries for longer play
- designed for beginners with 2-channel control
Cons
- no further cons provided by data
RC Airplane 2.4GHz 2-channel RTF with 3-axis gyro
2-channel 2.4GHz RC aircraft with 3-axis gyro for stable flights. Lightweight EPP design with ~10–20 minute flight time and 38g takeoff weight. Includes 3 batteries for extended play
Pros
- lightweight EPP body
- 3-axis gyro for stability
- multibattery setup (3 batteries)
- compact size for easy indoor/outdoor use
Cons
- flight time varies between 10 and 20 minutes
- manufacturer notes weight may affect handling
Head-to-Head
| Criteria | Winner |
|---|---|
| Price | ANTSIR |
| Durability | MATHSLICE |
| Versatility | MATHSLICE |
| User Reviews | MATHSLICE |