Here's some input on the Blade CP.
How easily will I be breaking blades?
As easily as you get impatient.

With the slightest touch on just about anything, they will disintegrate. Yes, they are balsa, and break easily. The first inclination is to get better blades, such as plasti-blades or carbon fiber - do not do this, for two reasons.
The first is safety - the head spins at about 1500 RPM, hit something with a balsa blade and the blade will break. A carbon fiber will slice right through just about anything. Most commonly this is the tail boom. On a hard landing, the rotor flexes down enough to hit the boom and thwack, cuts the boom in half along with the tail wires. It's only $7.50, but you have to completely break down the heli to replace it.
The other is like anything else - the blades break so it doesn't damage something else. Even a balsa blade strike will bend the main shaft, but with heavier plasti-blades or CF it will do even more damage. The best thing is to stick with balsas until you learn to fly, and after you learn to fly you won't need something stronger.
Being that they are balsa, you can get the most out of them if you learn to repair and re-cover them ($18 per set last time I checked.)
Info on that here.
I have some experience flying the CX and CX2
This has taught you the controls and orientation, but unknowingly it has taught you some bad habits that will dork a CP every time. Having a single rotor, once the CP starts to dip off in one direction it will begin to accelerate, so the reaction is to jerk it back - which sends it into a pendulum motion, back and forth until you crash. They don't "center up" like a CX does.
The two most important mods you can do on a stock BCP is add the dual tail mod and the fuse mod.
The single tail motor out of the box is just not enough to hold the tail. These motors are tiny, and they burn out easily, and if you step up to 3S packs (which you should) they will only last a few flights. With dual motors on the tail, you connect them in series and this splits the higher voltage between the two, giving you at least 50 flights.
If the rotors get jammed against anything in a crash and the power is still up for even a second, it will almost instantly burn up the MOSFET's on the 4-in-1, a $70 unit. Also true of the tail motor. The fix for these is the fuse mod.
You get some 3 amp and 7 amp auto fuses. De-solder one of the wires on the main motor - doesn't matter which - solder one lead of the 7 amp fuse directly to the motor lead, solder the loose motor wire to the other side of the fuse. Cut one of the tail motor wires somewhere in the middle of the heli chassis, and solder the 3 amp fuse to the wires.
This is a vital mod, and allows you to fly without anxiousness in idle-up mode, which is essential for stability in breezes and for 3D flight. I go into idle up before liftoff, and don't come out until it's back on the ground. Flies 10X better in idle-up.
Some other threads that will be vital reading:
Upgrades, Lipos, Flying - Be sure to check out both the links at the bottom of that post to Radd's School of Rotary Flight and the Electric Helicopter Beginner's guide. These will save you a lot of money and let you in on what you're up against.
Aluminum Head and How to Set Pitch The pitch of the blades is critical. This thread discusses that and why aluminum heads for these littel heli's is NOT a fix for problems you think it would fix.