EXHOBBY RC BLOG

Learning to fly RC planes doesn't have to drain your wallet. If you want a full-sized flying experience without the premium price tag, the VOLANTEXRC Trainstar Ascent 1400mm is your golden ticket. This isn't a micro park flyer; it’s a massive 1.4-meter wingspan trainer equipped with an over-grade brushless power system. Engineered with an ultra-durable plastic unibody fuselage, this budget-friendly 4-channel beast can handle the roughest beginner landings while still delivering thrilling aerobatics.

There is a distinct moment of awe when a massive 2.6-meter wingspan glider catches a thermal and silently climbs toward the clouds. The VOLANTEXRC ASW28 is a 5-channel professional sailplane designed for pilots who want to ride the wind. Built with a virtually indestructible plastic unibody fuselage and a massive internal bay perfect for giant-capacity batteries or FPV gear, the ASW28 blurs the line between a relaxing weekend flyer and a high-altitude endurance machine.

Can a micro-scale WWII legend really be flown by a total beginner? Read our VolantexRC F4U Corsair review to see how Xpilot stabilization makes this warbird rock-solid.

Batteries are the lifeblood of the RC hobby. Even if you run a nitro-powered engine, you aren't going anywhere without a battery to power your receiver and servos. But the moment you start shopping for a replacement, you are slammed with confusing terms: LiPo, NiMH, "C-ratings," and "Cells." Picking the wrong battery won't just slow you down—it could literally fry your electronics or start a fire. We cut through the complex chemistry to give you the ultimate, plain-English guide to RC batteries.

When the temperature drops and snow covers the flying field, most pilots pack their planes away until spring. They are missing out. Winter flying is incredibly enchanting; the cold, dense air actually provides better lift and motor cooling. However, mixing delicate electronics with freezing moisture is a recipe for disaster if you aren't prepared. From keeping your LiPo batteries warm to waterproofing your servos against snowdrifts, here are five crucial rules for surviving a winter flight.

You are coming in for a beautiful, slow landing. Suddenly, the wings wobble, the nose drops, and your plane violently smashes into the runway. You just experienced a "stall." It is one of the most feared, yet least understood, aerodynamic concepts for new RC pilots. A stall doesn't mean your motor stopped working; it means your wings literally stopped creating lift. We break down the physics of why stalls happen, warning signs to watch for, and how to recover before you hit the dirt.

Not all RC planes are created equal. You might be tempted to buy a sleek fighter jet because it looks fast, but its design guarantees a spectacular crash on your first attempt. Knowing exactly how an airplane's physical geometry affects its flight stability is the secret to a successful start in this hobby. From the forgiving nature of a "high-wing" setup to the self-leveling magic of "wing dihedral," here are the aerodynamic features you must demand in your first trainer plane.

Getting started in electric R/C flying is incredibly rewarding, but taking your new plane to the field without proper preparation is a guaranteed recipe for a crash. The transition from unboxing to successfully flying requires more than just charging the battery. If you are new to the hobby and feeling overwhelmed, take a deep breath. From selecting the perfect high-wing trainer to understanding wind direction, here are the top five things you must know before you push the throttle.

When it comes to the RC hobby, battery safety is not a suggestion—it is an absolute requirement. Lithium Polymer (LiPo) batteries pack an incredible amount of power, but neglecting them can lead to devastating fires or explosions. You wouldn't treat a container of gasoline carelessly, and you shouldn't treat your RC batteries that way either. We have compiled the 10 most critical, non-negotiable safety tips to ensure you charge, use, and store your power packs safely.

Building your own RC airplane is a deeply satisfying experience, but the workbench can quickly turn into a nightmare if you don't know what you are doing. Stripped screws, the wrong type of glue melting your foam, or an unbalanced airframe will doom your plane before it ever leaves the ground. To help you avoid the frustration of a ruined kit, we've gathered the most critical building secrets from master modelers to guarantee your first assembly goes perfectly.

You just finished a great day of flying, so you toss your LiPo batteries in a drawer and forget about them until next weekend. Stop! This is exactly how batteries swell, degrade, or catch fire. Safely storing your LiPos requires understanding two critical elements: chemical voltage balance and physical protection. If you leave a battery fully charged or completely drained for too long, it will die. Here is the ultimate guide to preserving your battery life and keeping your home safe.

Your LiPo battery has puffed up like a balloon or refuses to hold a charge. It's officially dead. But whatever you do, do NOT throw it in your regular trash bin! Discarding an active LiPo battery is a massive fire hazard and highly illegal in many places. Before it goes to a recycling center, its stored energy must be completely neutralized. Here is the exact, step-by-step DIY method for safely discharging and destroying your old LiPos without causing a disaster.