The Nashville area has many locations among its lakes, rivers and waterways where wakeboarding can be enjoyed. Wakeboarding is a surface water sport, growing in popularity, which involves riding a specialized board over the surface of a body of water behind a boat. It was developed from a combination of water skiing, snow boarding and surfing techniques.
The rider is typically towed behind a boat, usually at speeds of 18-24 miles per hour, depending on water conditions, rider's weight and board size. But wakeboarding can also be performed utilizing closed-course cables, winches, PWCs, and ATVs. The comfort speed of the rider is important no matter what is used.
The configuration and positioning of the fins and bindings varies according to rider preference and is adjusted for a variety of reasons. A wakeboarder will change the type of fins they use for different types of tricks. For example, shallow fins (which do not protrude into the water very far) are better for surface tricks, such as flat spins. Many newer board models contain small molded fins on the board which allows the rider to use smaller center fins and also to create less drag.
Board hardware is often set up to allow a rider to ride "Switch" or Fakie, with either foot forward. Such setups are usually symmetrical in layour. New riders normally set up their boards to be comfortable to ride with their "natural" foot forward, which does not allow for riding Switch without modifications.
Normaly for best results and easy wakeboarding, this sport is done in lakes. There are boats made just for wakeboarding which can only be used in lakes and not oceans. Some of these wakeboard boat brands are Malibu, Tigé, MasterCraft, Centurion and Moomba.
The most common difference between a regular runabout and a wakeboarding boat is the wakeboard tower, normally constructed of thick-walled stainless steel or aluminum tubing, which places the "pull point" about 2 meters (7ft) off the water's surface. The high tow point gives the rider more control and ease jumping up onto the board. Most boats feature also have a variable ballast system, which allows for water to be pumped into and out of ballast bags from the surrounding water. Adding ballast increases displacement, and consequently enlarges the wake produced. These large wakes are vitmplicated tricks used in professional competitions.
A significant portion of wakeboarding boats utilize V-drive propulsion. These boats have a regular inboard engine, but are turned 180° such that the transmission is in front of the engine, rather than behind, which is the more common layout. The prop shaft exits the transmission towards the rear of the boat, so that the prop is placed directly under the engine. When viewed from the side, such a layout appears as a "V" laying on its side. This layout allows for better weight distribution(with the engine farther aft), and places the prop farther forward, which reduces the danger of the spinning prop near the stern of the vessel, where riders enter and exit the water.
Wakeboards with continuous rocker are faster to ride because the water flows without disruption across the bottom of the wakeboard. Wakeboards with a three-stage rocker push more water in front of the wakeboard, making the ride slower but riders are able to jump higher off the water.
Throughout the years different riders have been known to ride wakeboards that may seem too big or too small for them according to the manufacturer’s sizing chart. The reason is that wakeboards a size smaller or a size bigger can help distinguish a certain style of riding. Using a smaller wakeboard will make the wakeboard feel lighter, spin faster and seem more aggressive but also make landing neatly more difficult. Using a larger wakeboard lends a slower, smoother style.
The width of a wakeboard directly affects how high it sits in the water. There are three places to check wakeboard widths: tips and tails – those are generally the same – and in the middle. Narrower tips and tails sit lower and make the wakeboard turn more aggressively. Wider tips and tails allow for more surface tricks, and a better release for spins off the wake. However, the main variable that changes with the width of the middle of the wakeboard is the height that can be gained off the water - the wider the middle of the board, the higher it will sit in the water and the harder it will bounce off the wake.
There are many different bottom designs in wakeboards – it is a feature wakeboard shapers use to express their own style. On the bottom of the wakeboard you will see concaves, channels or maybe nothing at all. Each performs a different function, fine-tuning how the wakeboard rides through the water according to its width from tip to tail, fin setup, rocker and tip and tail shape.
Concaves create lift and make the wakeboard sit higher in the water. Ever so simply, concaves in different areas of the wakeboard created lift in different areas of the wakeboard. For instance, a double concave in the middle and a single concave in the tip and tail keep the wakeboard riding higher in the water overall. But the double concave in the middle will always sit higher than the single concave.
Channels act like long fins. It’s something for the water to run into and along to help the wakeboard edge harder. If there are channels through the middle of the wakeboard and not at the tip or tail, it will be a hard-edging wakeboard but will still release well through the wake, depending on the fin setup. On a wakeboard with channels running through the tip and tail, the fins will hook better and the wakeboard will not release as well through the wake. Finally, a featureless wakeboard bottom basically lets the tip and tail shape, and the width throughout the rocker and the fins determine the nature of the board.
The closer the fins are placed towards the center of the wakeboard, the quicker and better the wakeboard releases from the wake. The farther out towards the tip and tail they are placed, the longer the wakeboard will stay hooked into the wake and it won’t release as well.
Long based fins Their effect is almost the same as a short fin with a long base because they have a similar amount of surface area. Long-based fins release better, give the wakeboard a loose, snowboardy feel when riding flat through the water, and they hold up better on rails and ramps.
Molded fins These are just big channels in the board that act like fins and hold up on rails and ramps. Molded fins are slippery, but most boards have a removable center fin.
Multi-finned set-ups These capture the maximum edge hold and aggressiveness into the wake and through the wake.
Canted side fins These are fins that lean out on an angle. These fins are not as active when the wakeboard is riding flat through the water, but the more you lean on edge the more the wakeboard hooks up. The inside fin digs while the outside lifts, creating leverage to help the wakeboard edge hard. Great for 50-50 grinds, nose presses and tail presses.
Cupped side fins They have the same effect as canted fins but add more of a push-pull effect. The cupped fin allows you to use a smaller fin but still get the hold of a bigger fin due to the increased surface area of the cupped side of the fin. These fins are very deceiving – they look small and loose but really aren’t.
No Fins Some riders believe it is better to have no fins when you become more advanced.
The Nashville area has many locations among its lakes, rivers and waterways where wakeboarding can be enjoyed. Wakeboarding is a surface water sport, growing in popularity, which involves riding a specialized board over the surface of a body of water behind a boat. It was developed from a combination of water skiing, snow boarding and surfing techniques.
The rider is typically towed behind a boat, usually at speeds of 18-24 miles per hour, depending on water conditions, rider's weight and board size. But wakeboarding can also be performed utilizing closed-course cables, winches, PWCs, and ATVs. The comfort speed of the rider is important no matter what is used.
The configuration and positioning of the fins and bindings varies according to rider preference and is adjusted for a variety of reasons. A wakeboarder will change the type of fins they use for different types of tricks. For example, shallow fins (which do not protrude into the water very far) are better for surface tricks, such as flat spins. Many newer board models contain small molded fins on the board which allows the rider to use smaller center fins and also to create less drag.
Board hardware is often set up to allow a rider to ride "Switch" or Fakie, with either foot forward. Such setups are usually symmetrical in layour. New riders normally set up their boards to be comfortable to ride with their "natural" foot forward, which does not allow for riding Switch without modifications.
Normaly for best results and easy wakeboarding, this sport is done in lakes. There are boats made just for wakeboarding which can only be used in lakes and not oceans. Some of these wakeboard boat brands are Malibu, Tigé, Master Craft, Centurion and Moomba.
The most common difference between a regular runabout and a wakeboarding boat is the wakeboard tower, normally constructed of thick-walled stainless steel or aluminum tubing, which places the "pull point" about 2 meters (7ft) off the water's surface. The high tow point gives the rider more control and ease jumping up onto the board. Most boats feature also have a variable ballast system, which allows for water to be pumped into and out of ballast bags from the surrounding water. Adding ballast increases displacement, and consequently enlarges the wake produced. These large wakes are vitmplicated tricks used in professional competitions.
A significant portion of wakeboarding boats utilize V-drive propulsion. These boats have a regular inboard engine, but are turned 180° such that the transmission is in front of the engine, rather than behind, which is the more common layout. The prop shaft exits the transmission towards the rear of the boat, so that the prop is placed directly under the engine. When viewed from the side, such a layout appears as a "V" laying on its side. This layout allows for better weight distribution(with the engine farther aft), and places the prop farther forward, which reduces the danger of the spinning prop near the stern of the vessel, where riders enter and exit the water.
Wakeboards with continuous rocker are faster to ride because the water flows without disruption across the bottom of the wakeboard. Wakeboards with a three-stage rocker push more water in front of the wakeboard, making the ride slower but riders are able to jump higher off the water.
Throughout the years different riders have been known to ride wakeboards that may seem too big or too small for them according to the manufacturer’s sizing chart. The reason is that wakeboards a size smaller or a size bigger can help distinguish a certain style of riding. Using a smaller wakeboard will make the wakeboard feel lighter, spin faster and seem more aggressive but also make landing neatly more difficult. Using a larger wakeboard lends a slower, smoother style.
The width of a wakeboard directly affects how high it sits in the water. There are three places to check wakeboard widths: tips and tails – those are generally the same – and in the middle. Narrower tips and tails sit lower and make the wakeboard turn more aggressively. Wider tips and tails allow for more surface tricks, and a better release for spins off the wake. However, the main variable that changes with the width of the middle of the wakeboard is the height that can be gained off the water - the wider the middle of the board, the higher it will sit in the water and the harder it will bounce off the wake.
There are many different bottom designs in wakeboards – it is a feature wakeboard shapers use to express their own style. On the bottom of the wakeboard you will see concaves, channels or maybe nothing at all. Each performs a different function, fine-tuning how the wakeboard rides through the water according to its width from tip to tail, fin setup, rocker and tip and tail shape.
Concaves create lift and make the wakeboard sit higher in the water. Ever so simply, concaves in different areas of the wakeboard created lift in different areas of the wakeboard. For instance, a double concave in the middle and a single concave in the tip and tail keep the wakeboard riding higher in the water overall. But the double concave in the middle will always sit higher than the single concave.
Channels act like long fins. It’s something for the water to run into and along to help the wakeboard edge harder. If there are channels through the middle of the wakeboard and not at the tip or tail, it will be a hard-edging wakeboard but will still release well through the wake, depending on the fin setup. On a wakeboard with channels running through the tip and tail, the fins will hook better and the wakeboard will not release as well through the wake. Finally, a featureless wakeboard bottom basically lets the tip and tail shape, and the width throughout the rocker and the fins determine the nature of the board.
The closer the fins are placed towards the center of the wakeboard, the quicker and better the wakeboard releases from the wake. The farther out towards the tip and tail they are placed, the longer the wakeboard will stay hooked into the wake and it won’t release as well.
Long based fins Their effect is almost the same as a short fin with a long base because they have a similar amount of surface area. Long-based fins release better, give the wakeboard a loose, snowboardy feel when riding flat through the water, and they hold up better on rails and ramps.
Molded fins These are just big channels in the board that act like fins and hold up on rails and ramps. Molded fins are slippery, but most boards have a removable center fin.
Multi-finned set-ups These capture the maximum edge hold and aggressiveness into the wake and through the wake.
Canted side fins These are fins that lean out on an angle. These fins are not as active when the wakeboard is riding flat through the water, but the more you lean on edge the more the wakeboard hooks up. The inside fin digs while the outside lifts, creating leverage to help the wakeboard edge hard. Great for 50-50 grinds, nose presses and tail presses.
Cupped side fins They have the same effect as canted fins but add more of a push-pull effect. The cupped fin allows you to use a smaller fin but still get the hold of a bigger fin due to the increased surface area of the cupped side of the fin. These fins are very deceiving – they look small and loose but really aren’t.
No Fins Some riders believe it is better to have no fins when you become more advanced.
The Nashville area has many locations among its lakes, rivers and waterways where wakeboarding can be enjoyed. Wakeboarding is a surface water sport, growing in popularity, which involves riding a specialized board over the surface of a body of water behind a boat. It was developed from a combination of water skiing, snow boarding and surfing techniques.
The most common difference between a regular runabout and a wakeboarding boat is the wakeboard tower, normally constructed of thick-walled stainless steel or aluminum tubing, which places the "pull point" about 2 meters (7ft) off the water's surface. The high tow point gives the rider more control and ease jumping up onto the board. Most boats feature also have a variable ballast system, which allows for water to be pumped into and out of ballast bags from the surrounding water. Adding ballast increases displacement, and consequently enlarges the wake produced. These large wakes are vitmplicated tricks used in professional competitions.
A significant portion of wakeboarding boats utilize V-drive propulsion. These boats have a regular inboard engine, but are turned 180° such that the transmission is in front of the engine, rather than behind, which is the more common layout. The prop shaft exits the transmission towards the rear of the boat, so that the prop is placed directly under the engine. When viewed from the side, such a layout appears as a "V" laying on its side. This layout allows for better weight distribution(with the engine farther aft), and places the prop farther forward, which reduces the danger of the spinning prop near the stern of the vessel, where riders enter and exit the water.
The Nashville area has many locations among its lakes, rivers and waterways where wakeboarding can be enjoyed. Wakeboarding is a surface water sport, growing in popularity, which involves riding a specialized board over the surface of a body of water behind a boat. It was developed from a combination of water skiing, snow boarding and surfing techniques.
Boards are buoyant with their core usually made up of foam or honeycomb mixed with resin and coated with fiberglass. Metal screws are inserted to attach bindings and fins. The most popular wakeboards presently are Ronix, CWB, Hyperlite and Liquidforce.
Although it is possible to wakeboard behind nearly any boat which can achieve the required speed, the best results are obtained from specialized wakeboard boats. These boats resemble an inboard runabout of about 5.5 to 7.3 meters (18 to 24ft), but with specialized equipment. Some riders use a PWC in place of a full-size boat for surface tricks or a rail session.
The most common difference between a regular runabout and a wakeboarding boat is the wakeboard tower, normally constructed of thick-walled stainless steel or aluminum tubing, which places the "pull point" about 2 meters (7ft) off the water's surface. The high tow point gives the rider more control and ease jumping up onto the board. Most boats feature also have a variable ballast system, which allows for water to be pumped into and out of ballast bags from the surrounding water. Adding ballast increases displacement, and consequently enlarges the wake produced. These large wakes are vitmplicated tricks used in professional competitions.
A significant portion of wakeboarding boats utilize V-drive propulsion. These boats have a regular inboard engine, but are turned 180° such that the transmission is in front of the engine, rather than behind, which is the more common layout. The prop shaft exits the transmission towards the rear of the boat, so that the prop is placed directly under the engine. When viewed from the side, such a layout appears as a "V" laying on its side. This layout allows for better weight distribution(with the engine farther aft), and places the prop farther forward, which reduces the danger of the spinning prop near the stern of the vessel, where riders enter and exit the water.
Using edging techniques, the rider can move outside of the wake or cut rapidly in toward the wake. Jumps are performed by hitting the wake and launching into the air. This can also be done by hitting a kicker (a jump). There is also the slider (a rail bar)in which a rider approaches and rides along keeping his balance. Once a rider improves in the sport, he or she can progress to tricks high in the air. As the rope tightens the rider gains speed toward the wake. When the rider goes airborne, the tightened rope launches him. While in the air the rider attempts to do tricks.
The "rocker" is the bend in a wakeboard from tip to tail. There are many various types of rocker shapes, but the most common are the continuous and three-stage rocker. A continuous rocker is a smooth curve that does not change from tip to tail, while a three-stage rocker has two distinct bend points, almost like a skateboard deck but not nearly as drastic.
As with many freestyle sports such as snowboarding and surfing, there is a language of terms to describe various tricks. The more height, the more "pop". So therefore the rider's edge is very important to the height of the jump. Heading towards the wake chest facing the boat is known as a heelside edge; approaching from the other direction with chest facing away from the boat is known as toeside edge. A typical beginner to intermediate rider will tend to have an easier time hitting the wake heelside because it tends to come more naturally to the rider. While more advance riders can hit the wake both heelside as well as toeside.
The Nashville area has many locations among its lakes, rivers and waterways where wakeboarding can be enjoyed. Wakeboarding is a surface water sport, growing in popularity, which involves riding a specialized board over the surface of a body of water behind a boat. It was developed from a combination of water skiing, snow boarding and surfing techniques.
The rider is typically towed behind a boat, usually at speeds of 18-24 miles per hour, depending on water conditions, rider's weight and board size. But wakeboarding can also be performed utilizing closed-course cables, winches, PWCs, and ATVs. The comfort speed of the rider is important no matter what is used.
Boards are buoyant with their core usually made up of foam or honeycomb mixed with resin and coated with fiberglass. Metal screws are inserted to attach bindings and fins. The most popular wakeboards presently are Ronix, CWB, Hyperlite and Liquidforce.
The configuration and positioning of the fins and bindings varies according to rider preference and is adjusted for a variety of reasons. A wakeboarder will change the type of fins they use for different types of tricks. For example, shallow fins (which do not protrude into the water very far) are better for surface tricks, such as flat spins. Many newer board models contain small molded fins on the board which allows the rider to use smaller center fins and also to create less drag.
Board hardware is often set up to allow a rider to ride "Switch" or Fakie, with either foot forward. Such setups are usually symmetrical in layour. New riders normally set up their boards to be comfortable to ride with their "natural" foot forward, which does not allow for riding Switch without modifications.
Normaly for best results and easy wakeboarding, this sport is done in lakes. There are boats made just for wakeboarding which can only be used in lakes and not oceans. Some of these wakeboard boat brands are Malibu, Tigé, Master Craft, Centurion and Moomba.
Although it is possible to wakeboard behind nearly any boat which can achieve the required speed, the best results are obtained from specialized wakeboard boats. These boats resemble an inboard runabout of about 5.5 to 7.3 meters (18 to 24ft), but with specialized equipment. Some riders use a PWC in place of a full-size boat for surface tricks or a rail session.
The most common difference between a regular runabout and a wakeboarding boat is the wakeboard tower, normally constructed of thick-walled stainless steel or aluminum tubing, which places the "pull point" about 2 meters (7ft) off the water's surface. The high tow point gives the rider more control and ease jumping up onto the board. Most boats feature also have a variable ballast system, which allows for water to be pumped into and out of ballast bags from the surrounding water. Adding ballast increases displacement, and consequently enlarges the wake produced. These large wakes are vitmplicated tricks used in professional competitions.
A significant portion of wakeboarding boats utilize V-drive propulsion. These boats have a regular inboard engine, but are turned 180° such that the transmission is in front of the engine, rather than behind, which is the more common layout. The prop shaft exits the transmission towards the rear of the boat, so that the prop is placed directly under the engine. When viewed from the side, such a layout appears as a "V" laying on its side. This layout allows for better weight distribution(with the engine farther aft), and places the prop farther forward, which reduces the danger of the spinning prop near the stern of the vessel, where riders enter and exit the water.
Using edging techniques, the rider can move outside of the wake or cut rapidly in toward the wake. Jumps are performed by hitting the wake and launching into the air. This can also be done by hitting a kicker (a jump). There is also the slider (a rail bar)in which a rider approaches and rides along keeping his balance. Once a rider improves in the sport, he or she can progress to tricks high in the air. As the rope tightens the rider gains speed toward the wake. When the rider goes airborne, the tightened rope launches him. While in the air the rider attempts to do tricks.
The "rocker" is the bend in a wakeboard from tip to tail. There are many various types of rocker shapes, but the most common are the continuous and three-stage rocker. A continuous rocker is a smooth curve that does not change from tip to tail, while a three-stage rocker has two distinct bend points, almost like a skateboard deck but not nearly as drastic.
Wakeboards with continuous rocker are faster to ride because the water flows without disruption across the bottom of the wakeboard. Wakeboards with a three-stage rocker push more water in front of the wakeboard, making the ride slower but riders are able to jump higher off the water.
Throughout the years different riders have been known to ride wakeboards that may seem too big or too small for them according to the manufacturer’s sizing chart. The reason is that wakeboards a size smaller or a size bigger can help distinguish a certain style of riding. Using a smaller wakeboard will make the wakeboard feel lighter, spin faster and seem more aggressive but also make landing neatly more difficult. Using a larger wakeboard lends a slower, smoother style.
The width of a wakeboard directly affects how high it sits in the water. There are three places to check wakeboard widths: tips and tails – those are generally the same – and in the middle. Narrower tips and tails sit lower and make the wakeboard turn more aggressively. Wider tips and tails allow for more surface tricks, and a better release for spins off the wake. However, the main variable that changes with the width of the middle of the wakeboard is the height that can be gained off the water - the wider the middle of the board, the higher it will sit in the water and the harder it will bounce off the wake.
There are many different bottom designs in wakeboards – it is a feature wakeboard shapers use to express their own style. On the bottom of the wakeboard you will see concaves, channels or maybe nothing at all. Each performs a different function, fine-tuning how the wakeboard rides through the water according to its width from tip to tail, fin setup, rocker and tip and tail shape.
Concaves create lift and make the wakeboard sit higher in the water. Ever so simply, concaves in different areas of the wakeboard created lift in different areas of the wakeboard. For instance, a double concave in the middle and a single concave in the tip and tail keep the wakeboard riding higher in the water overall. But the double concave in the middle will always sit higher than the single concave.
Channels act like long fins. It’s something for the water to run into and along to help the wakeboard edge harder. If there are channels through the middle of the wakeboard and not at the tip or tail, it will be a hard-edging wakeboard but will still release well through the wake, depending on the fin setup. On a wakeboard with channels running through the tip and tail, the fins will hook better and the wakeboard will not release as well through the wake. Finally, a featureless wakeboard bottom basically lets the tip and tail shape, and the width throughout the rocker and the fins determine the nature of the board.
The closer the fins are placed towards the center of the wakeboard, the quicker and better the wakeboard releases from the wake. The farther out towards the tip and tail they are placed, the longer the wakeboard will stay hooked into the wake and it won’t release as well.
Long based fins Their effect is almost the same as a short fin with a long base because they have a similar amount of surface area. Long-based fins release better, give the wakeboard a loose, snowboardy feel when riding flat through the water, and they hold up better on rails and ramps.
Molded fins These are just big channels in the board that act like fins and hold up on rails and ramps. Molded fins are slippery, but most boards have a removable center fin.
Multi-finned set-ups These capture the maximum edge hold and aggressiveness into the wake and through the wake.
Canted side fins These are fins that lean out on an angle. These fins are not as active when the wakeboard is riding flat through the water, but the more you lean on edge the more the wakeboard hooks up. The inside fin digs while the outside lifts, creating leverage to help the wakeboard edge hard. Great for 50-50 grinds, nose presses and tail presses.
Cupped side fins They have the same effect as canted fins but add more of a push-pull effect. The cupped fin allows you to use a smaller fin but still get the hold of a bigger fin due to the increased surface area of the cupped side of the fin. These fins are very deceiving – they look small and loose but really aren’t.
No Fins Some riders believe it is better to have no fins when you become more advanced.
As with many freestyle sports such as snowboarding and surfing, there is a language of terms to describe various tricks. The more height, the more "pop". So therefore the rider's edge is very important to the height of the jump. Heading towards the wake chest facing the boat is known as a heelside edge; approaching from the other direction with chest facing away from the boat is known as toeside edge. A typical beginner to intermediate rider will tend to have an easier time hitting the wake heelside because it tends to come more naturally to the rider. While more advance riders can hit the wake both heelside as well as toeside.
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