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1984 21' enchanter vs 1991 21' starflite

v eight

New member
hello, v8 here; new to this forum.

i have a chance to by a 1984 21' enchanter and have a question;

1) what is the weight of the enchanter hull

2) which hull is better for top end speed using an outboard .

the boat will be used strickly for performance boating .and the engine is a 1989 225 evinrude 20"mid

so which is the better hull design?. if both boats are very in good condition ready to rig a 225 evinrude on and go for top end speed. the enchanter vs the starflight

thank-you v8
 
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Having owned both boats I would have to say the flite has a little advantage in speed compared to the enchanter, however; in my opinion I think the enchanter handles better when compared to the starflite. If I remember correctly the enchanter also has a small pad. Im sure some others will be along shortly to give you more info on the subject.
 
I was under the impression the Enchanter was a slightly faster hull with the same power and setback because it had a pad and the Flite a little better in the chop because it doesn't. If you are looking just to run high speeds neither is the best choice IMHO.
 
enchanter vs flite

does anybody know the weight of the enchanter hull..??

i believe the flite hull is 1350lbs... but i cannot find the weight of the enchanter...

great replies thank-you v8 :cheers:
 
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I have owned both an enchanter and I now have a starliner. I think they both weight slightly less than 1400 lbs, 1350 or so. As for speed, no comparison the Enchanter will be faster, it is a padded hull, about 6-1/2 inches wide, versus no pad for the Starflite, and as stated the Starflite is about 1 foot longer. Speed for example, I had a slightly modded 2.4 mercury, probably 225 hp, with a 5-1/2 manual jackplate and could see 75 GPS MPH on the enchanter. When I bought the Starliner it had a 225XP Evinrude, 5-1/2 hydraulic and I could get 65 MPH GPS. Now with 13 inches of setback and an 07 250 ProXS Mercury, I can get to 77 MPH. The padded hulls are simply faster; my Starliner just can't make the jump to light speed without a pad to jump on.
 
nice

thanks (ckaluger).. good info here.

75- 80 mph is what i'm looking for. anymore mph will be a bonus..;) :cheers:
 
enchanter

i really like the enchanter. always had my eye on one. now i have the chance. i also like driving a performance boat with a padded v bottom. any more info on these to hulls is greatly appreciated.

1) contstruction of the hull ? was a chopper gun used ?
2) does it have a core
3) what materials were used
4) this is a 1984 enchanter

thank-you v8.. great site:cheers:
 
enchanter

sorry for all the questions . i do not have experiance with this hull. so the enchanter is hand laid with a core. in the pics of the boat i'm looking to buy it has 2 stringers showing and the fuel tank fits in the middle.

if i go ahead with this project the boat will be completely rebuild . just would like to do as much research as possible before i dive into a project.

thanks ; MARK , ( aka v8 ) ;)
 
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i really like the enchanter. always had my eye on one. now i have the chance. i also like driving a performance boat with a padded v bottom. any more info on these to hulls is greatly appreciated.

1) contstruction of the hull ? was a chopper gun used ?
2) does it have a core
3) what materials were used
4) this is a 1984 enchanter

thank-you v8.. great site:cheers:

Straight from the factory website: http://www.checkmatepowerboats.net/manufacturing.html


No matter the size or model, all Checkmate Marine Performance Boats are built using the same “hand-made” method as described in this manufacturing process. This process has been tried and true, tested and proven, with over 40 years of on-the-water experience.
Checkmate Marine doesn’t cut corners in the manufacturing of our boats. In fact, we take great pride and care when building each and every Checkmate model to ensure it’s a long lasting and durable performance boat.​


As with most fiberglass boats, we start from the outside and work inward. The two main sections are the deck (top) and hull (bottom).
First, we start with our custom performance hull molds. We take a clean mold and apply several coats of a special release wax to it.
Then, our graphic and paint specialist tape off the required design lines or graphics based on the customer’s order.
Next, the boat goes into our clean-air paint booth where a gelcoat is meticulously sprayed onto the inside of the mold. This layer of gelcoat is what you see when you look at the boat. Compared to many other boat manufacturers, every Checkmate Marine hull and deck uses a specific application process for the in-gel graphics. An extra thickness of the gel ensures many years of protection for the boat, as well as the ability to hold up to scuffs and scratches.​



After the gelcoat is set and cured, the first layer of fiberglass is hand-laid into the mold. This initial step is known as the “skin out.” The fiberglass adheres to the gelcoat and creates a one-piece bond.
Checkmate uses several layers of fiberglass, cloth, 1708 and mat. Each layer that is created gives strength and durability.
To add additional strength to the Checkmate hull and deck, an extraordinary amount of cure time between each layer is accounted for. This proven technique aids in strength and durability in the finished product.
After several layers of the hand-laid fiberglass have been applied and cured, a layer of Grade A balsa core is precision fitted to the hull and deck. Fiberglass is once again applied over this balsa core insert.​


After the shell of the hull and deck are complete, the stringer system is installed. All Checkmate Marine boats use an extra thick stringer system to once again aid in the strength and long-term durability of the boat.
The stringers are then sealed and bonded strongly to the hull using numerous layers of fiberglass and resins.
Once the stringers have finally cured in place, the boat hull is carefully pulled from the mold.​


At this stage in the manufacturing process, the deck and hull are still completely separate pieces. They are, however, starting to bear a resemblance to the look of a Checkmate Performance Boat.
Next, we move onward to the custom rigging of the hardware, accessories and new state-of-the-art digital wiring and component system. Again, many of these items are done as a custom process depending on each customer’s order. All hardware and holes for gauges, wiring, motor, cleats, bow lights, cabin lights, steering, radios and speakers are precisely drilled and/or cut. Then, all parts are mounted into place and attached using only marine grade hardware and fasteners.
It is at this stage that the engine is put in place by Checkmate’s Certified engine installers.​


One of the final stages in the Checkmate Marine manufacturing process is the joining of the deck to the hull. This complex process uses a number of systems to once again ensure a tight, one-piece unbreakable joining of the two sections. The deck and hull are perfectly aligned and tightly fitted together using an extra strong marine grade adhesive, which creates a strong chemical bond. To further strengthen this bond, the two sections are then fastened every six inches to create an additional mechanical bond. Lastly, the seam gets covered with the rub rail, which is fastened into place through the two sections. The rub rail screws add a third level of hull to deck bonding. The rub rail is then fitted with a trim insert to create a clean finish in the final appearance of the boat.​


Final assembly takes place. Custom seats are installed, along with cup holders, windshields and countless finish hardware and trim pieces.
Checkmate Marine makes every effort to water test each and every boat leaving our manufacturing plant, weather permitting.​


The final stage includes a thorough detailing and cleaning and then a final inspection.
The Checkmate Marine Performance Boat is now ready for delivery. We carefully wrap, package and load the boat on the trailer for its journey to an Authorized Checkmate Dealer.​
 
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