Looking for some 600ESP component suggestions for your 600 ESP or other 600 size helicopters?
Here are some of my recommendations, some from my 600 ESP customer's, along with other workable options; going over motors, ESC's, Servos, and Flight Batteries/RX powering options.
Please understand, this is not an exhaustive list and there are certainly many other good options out there. Hopefully however, this list gives you an array of ideas based on budget and recommendations if you need some help deciding on components.
I list the actual component specifications on the 600 ESP sales page, so that is the first place to look if you are not sure of the recommended minimum specifications you should be considering for your on-board components.
Please understand, component selection in this hobby is not a black and white decision; there are endless shades of gray.
Your choices will be based on your budget, your flying style, what voltages & other components you are running, and very likely personal experiences and preferences toward certain brands/models over others.
There is no "best component brand" out there; if there was, we would all be using it and all the others would have gone out of business long ago.
What electronic components you pair with your 600ESP (or any RC helicopter for that matter), will have the biggest overall impact on the finished flying cost of the helicopter. The cost of the heli kit can be nothing more than a drop in the pail if you pair it with top of the line components for instance.
Just one example of this is servos. Standard size cyclic and tail servos for a 600 size heli can range in price from as low as $20 up to over $200 per servo! Most of the other on board electronics components can have similar price ranges.
So will a servo or component that costs an order of magnitude as much, perform ten times better, or last ten times longer? Highly unlikely... There is generally a diminishing return on performance the higher the cost (of pretty much anything, not just RC heli electronics).
Most people who are interested in the 600ESP are not going to be putting ultra high end $200 dollar, JR or MKS HV brushless servos in it. That in my opinion is overkill for the type of performance a 6S powered 600 size helicopter is capable of.
In addition to less flying stress; there is less crash stress transmitted back to the cyclic servos because the 600 ESP uses linkages and bell cranks which absorb a fair amount of blade impact energy from getting back to the 3 cyclic servos. The tail uses a flexible metal push-rod over a stiff carbon rod and that too helps absorb tail impact energy from reaching the tail servo.
Of course, if money is no object, high voltage brushless Futaba, JR, or MKS servos are great pairings in my opinion if you can afford them.
The great thing these days, is, electronics for the most part, are all pretty good so you don't have to spend a fortune for very workable components that most average people will be more than happy with.
Moreover, lots of online help and reviews out there to help you decide on the lower cost stuff if you want to find out if prices are too good to be true or what's the catch. Generally, don't go bottom end, usually components in the mid price range work very well for most people with the 600 ESP helicopter.
The following are just some of the component choices for the 600 ESP heli. I list them in order of cost from low to high under each section (Motor, ESC, Servos, LiPo Packs). I don't go over FBL systems because most people have their favorites already.
You may see a J, C, or $ beside some components. These are just additional idications I thought might help a few people out. The red J means it's a component I've used or have experience with and recommend for this heli. *The green C is for customer's recommendations. The blue $ for pricey high end choices. I have links to most components if you want to read up on them or purchase.
*Please note, this is based on customer feedback I have received direct from my 600ESP Customers. I have not used many of these components myself, and therefore have no first hand experience with them; but I have checked them out and they meet the specification requirements, and generally get good reviews. My customers are generally a pretty informed bunch ;-)
Motors for the 600 ESP as I stated on the sales page must be no wider than about 52mm to fit between the 54mm frame spacing. They must have two of the mounting holes spaced at 25mm on center.
The shaft must be 6mm in diameter with the pinion set screw flat on the bottom half of the shaft. The shaft should be about 24mm long, so longer shaft motors will have to have the shaft cut shorter. Don't get a motor with a longer shaft if you don't know how to shorten it.
Running 6S, the KV range should be between 1100 & 1250. The Setup & Tips ebook that comes with my 600 ESP's goes over calculating head speeds if you are not sure how to yet.
The ESC (electronic speed control) for the 600ESP (assuming 6S) should be rated at no less than 100 Amps, 6S voltage, and have heli software (soft start, no break, etc.) I'm a huge fan of data logging ESC's for helis of this size, but it's not essential to have.
To access most heli programming fields in ESC's, you need the programming card or USB doo-dad. Make sure you read up if the ESC comes with those items or if you have get them separate; most don't include them!
Most ESC's don't have an adequate internal BEC to power the onboard electronics. I recommend at minimum 7 Amps for the 600ESP, but going higher won't hurt. There are a few ESC's that have internal BEC's that are rated that high, but most don't, so read the specifications carefully when choosing.
If the ESC's BEC is rated too low, it's no big deal and you can still use the ESC, but you will need a separate powering method for the electronics. I like powering my electronics on all my larger helicopters with a dedicated RX battery pack, but a good external BEC works very well too. I go over all that in the setup & tips ebook you get with the heli.
Servos, where to begin! There are likely hundreds of standard size servos I could find that would work in the 600ESP and the suggestions below represent only the smallest smattering of what's out there. The two most important words to get out of that sentence is Standard Size. This heli takes standard size servos only.
I have servo minimum speed and torque specs listed on the 600ESP sales page, so again, that is very much worth looking at. The 600ESP heli, like most electric powered RC helicopters with eCCPM requires 3 identical servos for the swashplate. These are usually called cyclic servos, and they should be digital, preferably with coreless or brushless motors.
The tail servo must be a fast tail specific digital servo, again coreless or brushless.
Some of the tail servos listed below are 760us narrow pulse width, so your FBL unit must support 760us tail servo programming to use them. If not, stick with the standard 1520us pulse width tail servos.
I talk about coreless & brushless servos on my servo page in greater detail, but the short of it is brushless costs more but should last longer, coreless usually gives you best bang for the buck.
I tried to ensure all cyclic servo's listed below have 25T Futaba servo spline sizing since my 600ESP kits come with Futaba/25T cyclic servo wheels, but it wouldn't hurt to double check. No big deal if servos have a different size spline of course, you'll just need to use different servo horns/arms/wheels with them.
Lastly, look for "Servo Combo Packages" if/when possible. You can generally save a few bucks if you find a 3 pack of cyclic servos, or even the odd 4 pack of cyclics and tail such as the KST package set (a customer favorite) in the above photo.
Cyclic Servos (3 required)
Tail Servos (1 required)
The 600 ESP Helicopter needs a 6S LiPo flight battery. It should be in the 5000 to 6000 mAh capacity range for correct center of gravity weight distribution.
As I say on the 600ESP sales page, the minimum discharge C rating I would recommend is 30C. Size wise, nothing larger than about 150mm long, 55mm wide x 60mm deep give or take a few mm's.
You may also want to see my RC LiPo Battery Connector page for more information on connector types for the 600 ESP, but XT90's or EC5's would both be okay choices. Much depends again on how you fly and how much maximum current you'll be pulling.
On Board Electronics Powering Methods If Not Using ESC's BEC:
If you've purchased a 600ESP kit from me and need some component selection help, don't hesitate to ask!