The CNHL KAVAN Pulse 2200 V2 PNP Glider in orange is not a basic powered glider for casual first flights. It is a 2206mm full-house electric sport glider built for pilots who already understand coordinated turns, energy management, and the extra control potential that flaps bring to a glider platform. What makes the Pulse 2200 V2 especially appealing is how much range it covers in one airframe. It can thermal, it can work a slope, it can climb hard on power, and it still keeps enough agility to make aerobatic flying feel genuinely fun.
In real use, this is the kind of model that suits pilots who want one sailplane to cover multiple flying moods instead of owning a different airframe for every session. Some days it can feel like a relaxed sport glider. On other days, with the right 4S setup and a more aggressive radio program, it becomes a much livelier machine with stronger pace, better landing control, and more room to explore flap mixes, speed modes, and aerobatic handling. That versatility is what gives the Pulse 2200 V2 long-term value.
Quick Fit Check
Best for: intermediate to moderately advanced pilots looking for one model for thermal flying, slope soaring, powered sport gliding, and light aerobatics.
Skill level: not a first RC aircraft; best for pilots already comfortable with aileron-equipped trainers, sport models, or entry full-house gliders.
Recommended battery: 4S LiPo 2600-4000mAh, minimum 30C, with XT60.
Needed to complete: transmitter, receiver, 4S flight battery, compatible charger, and normal modelling tools.
Battery and CG Note
On the Pulse 2200 V2, battery choice is not just about capacity. It is also about reaching the correct balance window for the first flights. The recommended CG range is 75-85 mm behind the leading edge, and this model responds much better to a properly balanced setup than to simply using the largest pack that fits.
Product Specifications
| Product Type |
PNP electric sport glider / motor-powered sailplane |
| Wingspan |
2206 mm |
| Overall Length |
1266 mm |
| Wing Area |
41.8 dm² |
| Weight |
1800 g |
| Flying Weight |
2100-2250 g |
| Motor |
KAVAN C3548-750 brushless motor |
| ESC |
KAVAN R-50SB Plus 50A ESC with switching SBEC |
| Propeller |
11×8 folding propeller |
| Installed Servos |
6 micro servos (4 x 17g, 2 x 9g) installed |
| Control Functions |
Throttle, rudder, elevator, ailerons, flaps |
| Recommended Battery |
4S 14.8V LiPo 2600-4000mAh, minimum 30C, w/XT60 |
| Radio Requirement |
Minimum 6 channels; 7+ channel computer radio recommended for full independent flap and aileron mixing |
| CG Range |
75-85 mm behind the leading edge |
| Airframe Material |
Carbon-reinforced EPO foam |
| Special Features |
Two-piece wing, detachable tailplane, folding prop, full-house wing with flaps, magnetic canopy, upgraded V2 servo and linkage improvements |
| Needed to Complete |
Receiver, transmitter, 4S LiPo battery, charger, and basic assembly tools |
| Stock Number |
KAV02.8091 |
Quick Take
The Pulse 2200 V2 makes sense as a serious all-around electric glider rather than a narrow-purpose sailplane. It is large enough to feel useful in real air, but still practical enough to transport, store, and assemble without turning into a burden. It has enough structure and enough power for aerobatic fun, yet it still behaves like a glider first. That balance is what gives it long-term appeal.
This also puts it in an important middle zone. It is not a beginner rescue plane, and it should not be presented that way. At the same time, it is not a fragile, specialist competition sailplane that demands a huge budget or advanced composite experience. For the pilot who has moved beyond basic trainers and wants a more complete model with flaps, setup depth, and a wider flight envelope, the Pulse 2200 V2 is a very sensible step up.
What This Plane Feels Like in the Air
The Pulse 2200 V2 feels like a glider that still remembers how to have fun. It has the smooth, clean glide character that makes motor gliders enjoyable in the first place, but it does not feel sleepy or one-dimensional. Once the model is balanced correctly, it carries energy well, tracks cleanly, and gives the pilot enough authority to switch from relaxed soaring to more playful flying without changing airframes.
On power, the installed C3548-750 brushless motor and 11×8 folding prop provide a healthy climb character without turning the airplane into something crude or overblown. Once the throttle comes back, the airframe still behaves like a real glider. That matters, because many powered gliders feel more like sport planes with long wings. The Pulse 2200 V2 keeps more of the glide spirit than that, which is exactly why its stronger climb and aerobatic side work so well.
Its aerobatic personality is also worth describing honestly. This is not a 3D platform, but for a motor glider, it clearly has a wilder streak than more basic foam sailplanes. Pilots who enjoy loops, stronger passes, direction changes, and a more energetic full-house feel will likely appreciate how much range this model has once the radio and balance are sorted properly.
Who This Plane Suits Best
The Pulse 2200 V2 suits the pilot who already understands the basics and is ready for a more complete aircraft. That usually means someone who has already flown an aileron-equipped trainer, a smaller electric glider, or another sport model with enough performance to build landing discipline, orientation confidence, and a better feel for energy management.
It is especially well suited to pilots who do not want separate airplanes for every mood. If you like the idea of one airframe that can cover relaxed soaring, powered climbs, slope sessions, and some extra aerobatic fun, this model fits that role very well. It also makes sense for pilots who want to move into flap-equipped gliders and start learning how mixes like butterfly change the landing experience.
If you have never flown an RC airplane before, this is not the right place to begin. That is not a criticism of the airframe. It is simply the reality of what a full-house glider asks from the pilot. It is a much better second-step or third-step airplane than a first one.
Battery Setup Advice
The official recommendation is a 4S 14.8V LiPo 2600-4000mAh, and that range gives the pilot useful flexibility. Packs toward the lower end generally keep the model feeling lighter and more glider-like overall. Packs further up the range make more sense for pilots who want longer mixed-power sessions, more reserve for repeated climbs, or a slightly more planted feel in changing air.
What matters more than simply choosing the biggest battery is the resulting balance. On this model, CG matters more than headline capacity. For the first flights, a correctly positioned pack that places the model in the recommended 75-85 mm CG window is more important than squeezing in extra capacity just because the bay allows it.
Based on real early-flight observations, a 4S 4000mAh pack can be one of the more reassuring starting points for pilots who want a steadier first-flight setup, provided it is positioned properly. Lighter packs can absolutely work, but if the airplane feels too eager on elevator or slightly too light in pitch, battery position and CG should be checked before drawing conclusions about the airframe itself.
To browse the most suitable pack options for this model, see our battery collection for the CNHL KAVAN Pulse 2200 V2.
First-Flight Setup Notes
The first flights with the Pulse 2200 V2 should be treated like setup flights, not like a final verdict on the airplane. This model responds clearly to battery position, CG, rates, and flap compensation. If it feels a little too sensitive on elevator early on, that usually points to setup refinement rather than to a poor basic design.
For that reason, first-flight discipline matters. Start with the recommended throws, confirm the CG carefully, and do not rush into oversized control inputs or aggressive mixes before the airplane is trimmed correctly. A little time spent on balance and radio tuning pays back quickly on a full-house glider like this.
Radio, Flap, and Butterfly Setup Potential
One of the biggest reasons to buy the Pulse 2200 V2 is not just that it has flaps, but that it gives the pilot real room to use them well. A basic 6-channel radio can get the airplane flying thanks to the included connection board, but a 7-channel or higher computer radio is where the model starts to show its real depth.
With fuller radio capability, the pilot can separate the flap and aileron functions properly, explore butterfly braking, and build more refined landing behavior. On this aircraft, butterfly is not a decorative checkbox feature. It is part of what makes the model more interesting and more usable, especially once you start wanting cleaner, shorter, and more controlled approaches.
The flap system also appears to have real effect in the air rather than being there just for product copy. When set up well, it helps the model slow down and manage approach energy more effectively. Depending on battery position and your final trim, some elevator compensation with flap deployment may improve the setup further, which again reinforces that this is a glider with real setup depth rather than a simplified foam toy.
Airframe, Structure, and Practical Design Details
The Pulse 2200 V2 uses a carbon-reinforced EPO airframe, and that matters. It gives the airplane a more forgiving ownership experience than a fragile sailplane structure would. For a model designed to climb, soar, land repeatedly, and occasionally get pushed harder, this construction choice makes practical sense.
The two-piece wing is reinforced by carbon spars and joined through the fuselage with an aluminium joiner, which helps the aircraft stay transport-friendly without making the wing feel compromised. The detachable horizontal tailplane supports that same idea. For a 2206mm airplane, portability and storage matter more than many pages admit, and the Pulse handles that side of ownership well.
The V2 improvements also help the product read like a refined version rather than a cosmetic refresh. Higher-torque, higher-speed servos and more precise ball-link control hardware contribute to a cleaner, more confident control feel. Combined with the magnetic canopy, roomy cockpit battery area, and sensible servo installation layout, the whole airframe feels designed to be used, not just admired on the bench.
What to Know Before You Buy
The most important thing to understand before buying the Pulse 2200 V2 is that this is a pilot’s glider, not a rescue platform for weak fundamentals. If you already know how to manage energy on approach, correct with rudder when needed, and keep a model organized in the air, you will likely enjoy what this airframe offers. If you still need a model that forgives almost every mistake automatically, a simpler trainer remains the smarter choice.
It is also worth being realistic about the radio side. The model can be flown with simpler gear, but a better transmitter makes more of the airplane. This is one of those aircraft where setup quality directly affects enjoyment. Butterfly braking, cleaner flap use, better differential, and more refined rate control all help the Pulse feel more complete.
Finally, keep the first flights disciplined. Confirm the CG, check the direction and range of the control surfaces, verify motor response, and resist the temptation to improvise too much before the model is properly trimmed. Pilots who like reviewing setup details before buying can also check the online instruction manual.
Long-Term Ownership Notes
Long-term, the Pulse 2200 V2 looks like the kind of model that can stay interesting for quite a while rather than becoming a one-weekend novelty. That is usually the mark of a good powered glider in this size range. It offers enough setup headroom, enough flight envelope, and enough practical transport-friendly design to remain useful over time.
Its appeal does not depend on one gimmick. It comes from the combination of a useful wing design, real flap functionality, sensible 4S power, durable foam construction, and enough aerobatic energy to keep the model from feeling too polite. That is why it stands out as an all-around sport glider instead of a narrow single-purpose purchase.
There are also some small ownership details that matter. The box includes underside protection pieces that can be worth installing if your landing area is rougher, stonier, or harsher on the belly of the fuselage. On smoother grass, some pilots may leave them off, but having that option supports the idea that this airplane was designed with practical use in mind.
If you plan to keep the model flying regularly, you can also browse our related accessories and support parts for the Pulse 2200 V2.
What Is Included in the Box
- EPO fuselage with installed brushless motor, 50A ESC, folding propeller, and servos
- EPO wing with installed servos
- EPO horizontal tailplane
- Instruction manual
You Will Also Need
- Receiver
- Transmitter / RC radio system
- 4S 14.8V LiPo battery
- Compatible LiPo charger
- Basic modelling tools such as screwdrivers, pliers, and hobby knife
FAQ
Is the CNHL KAVAN Pulse 2200 V2 a good beginner plane?
No. It is better suited to intermediate or moderately advanced pilots who already have experience with aileron-equipped trainers, sport aircraft, or other RC gliders.
What battery does the Pulse 2200 V2 use?
The recommended setup is a 4S 14.8V LiPo battery in the 2600-4000mAh range, with at least 30C discharge capability.
What battery size makes the most sense for the first flights?
The official range is 2600-4000mAh, but for early setup flights a properly positioned 4S 4000mAh pack can be a very practical starting point if your goal is a steadier feel and easier CG management.
Does it come with motor, ESC, and servos installed?
Yes. The PNP package includes the installed brushless motor, 50A ESC, folding propeller, and six servos.
How many channels do I need?
A minimum 6-channel radio can get the model flying, but a 7-channel or higher computer radio is the better choice if you want full flap and aileron mixing flexibility.
Can I fly the Pulse 2200 V2 on a basic 6-channel radio?
Yes, thanks to the included connection board. However, the model is more rewarding with a better radio because independent aileron and flap control unlocks butterfly braking and more advanced setup options.
Why might the airplane feel a little sensitive on elevator at first?
That usually points to setup refinement rather than a problem with the airframe itself. Battery position, CG, rates, and flap-to-elevator compensation all influence how settled the model feels.
Can this model do more than thermal soaring?
Yes. One of the strengths of the Pulse 2200 V2 is that it is not limited to one style. It can thermal, slope soar, cruise under power, and handle sport aerobatic flying better than many more basic electric gliders.
Is the tail removable for transport?
Yes. The horizontal tailplane is detachable, and the two-piece wing design also makes storage and transport easier than a fixed large-span glider.
What is the most important setup point before the first flight?
The centre of gravity. Start within the recommended 75-85 mm CG range and avoid judging the airplane too quickly before the model is balanced and trimmed properly.
What makes the V2 version different?
The V2 version adds improvements such as stronger, faster servos and more precise ball-link style control linkage, helping deliver a cleaner and more confident control feel.
Complete Your Setup
Best battery for the CNHL KAVAN Pulse 2200 V2
RC plane accessories and support parts for the Pulse 2200 V2
Online instruction manual
CNHL ALL RC planes
LiPo battery chargers
