Rowing comes in many shapes and forms. Today we will be talking about a type of rowing that doesn’t even require water – indoor rowing. Indoor rowing is a type of rowing done on a specific machine. It has its own following and has been established as its own sport. In modern times, indoor rowing machines are frequently referred to as ergometers (erg or ergo for short). Ergometers measure the amount of work or energy that is performed, and indoor rowing machines calculate the amount of energy a rower is producing while on the machine.
History of Rowing Machines
Early rowing machines are said to have existed starting in the mid 1800′s. WB Curtis issued a US patent for a rowing type machine in 1872 based on a hydraulic damper design. Rowing machines using a linear pneumatic resistance have been around since the early 20th century, however, they neither simulated actual rowing nor measured energy outputs. In the mid 20th century, John Harrison of the Leichhardt Rowing Club in Sydney, Australia designed a rowing machine out of a heavy iron flywheel using a mechanical friction brake with leather straps. However, humidity often affected the leather straps causing less accurate results.
As time went on, the technology of rowing continued to improve. In the 1970s, the Gjessing-Nilson ergometer was produced in Norway. By using weights hanging from a strap, an adjustable friction was produced and energy was able to be calculated. For many years, this machine was the international standard for rowing machines. As technology continued to improve, other types of resistance-based machines were introduced to the world of indoor rowing.
The company Repco produced their air resistance ergometers in the 1980s, and the Concept 2 ergometer was introduced to the world in 1981 by the infamous Dreissigacker brothers. The Concept 2 ergometer’s accuracy and size were a catalyst in spurring the sport of competitive indoor rowing. This design would be further improved in later years.
Notably, Casper Rekers, a Dutch engineer, developed the first rowing simulator in 1988. In 2004, Rekers co-founded a business called Rowperfect P/L. This business would produce a variety of new indoor rowing designs – one such included a handled spring mechanism and a flywheel placed above the simulator bar.
Design and Layout of Rowing Machines
Most indoor rowing machines consist of a type of ‘energy damper,’ or braking mechanism, attached to a flywheel that is connected to a chain and handle. By pulling the handle, the flywheel is engaged. Furthermore, a foot stretcher (where one puts his or her feet while rowing), is attached in the same area as the flywheel and the energy damper. The seat is attached onto a rail and can be moved closer or further away from the flywheel. Finally, a handle is attached over a fog or pulley, which is attached to the flywheel. By pushing on the foot stretcher while simultaneously pulling on the handle, the action of rowing is simulated. There are three designs, which allow the foot stretcher and handle to move in accordance with one another. These three designs are fixed feet, floating feet and seat, and fixed seat.
In fixed feet or wheel rowing, the foot stretcher and flywheel are stationary and the seat slides along a rail. This is a classical design, and is comparable to the seat sliding on rails in the boat.
In floating feet and seat, the seat and foot stretcher both slide on a rail. It is comparable to the seat sliding on the boat with the boat sliding relative with the rower on water.
Lastly the fixed seat design has the seat fixed with the foot stretched sliding away from the rower.
In summary, depending of the design on the ergometer, there are many different mechanisms for rowing machines. Machines which have a digital display of output measure the speed of the flywheel during the stroke and record how much it decelerates during the recovery. By calculating the inertia of the flywheel, a computer is able to calculate the speed, power, distance, and energy usage a rower is exerting while exercising or competing on a rowing machine.
Exercise
Rowing machines are often used for exercise purposes. Indoor rowing typically uses the cardiovascular system and workout times can vary. Interval training is often used in indoor rowing, and rowing is considered an anaerobic exercise and a strength + endurance sport.
Considered to be a low impact sport, the most common rowing injury is the lower back. However, proper technique allows participants to stay injury free. Proper technique includes maintaining a correct rhythm, exhaling on the drive and inhaling on the recovery, and focusing on technique and breathing. Rowing is further an intensive calorie-burning exercise and is said to be an effective tool for weight loss programs.
Ergometer Testing
Coaches use ergometer tests to gain a better understanding of fitness between rowers. Theses tests are a part of athlete selection for many national rowing teams. In these tests, rowers will have a set distance, usually 2000, 5000, 6000, or 10,000 meters, and will try to row it in the fastest time possible. It should be noted that these ergometer tests are not a definitive measure of an athlete’s fitness and only provide an outline of an individual’s rowing skill. An individuals weight, technique and teamwork all play a large role when rowing on an actual boat.
The Technique of Rowing
While rowing on a machine, there are four basic phases in completing a single stroke. These phases include the catch, the drive, the finish, and the recovery. The catch is the initial part of the stroke, the drive is where power is generated from the rower, and the finish is the last part in a stroke. Lastly, the recovery is the initial phase in beginning a new stroke. These four steps repeat until the objective, either time or distance is completed.
Competitions
Competitions for indoor rowing are held all over the world. The CRASH-B Sprints, a famous world championship event is held in Boston, Massachusetts each February. The British Indoor Rowing Championships are held in Birmingham, England in November. The main event for most competitions is the 2,000 meter event. Competitions also typically include a 100 – 500 meter sprint as well asa team relay type of competition.
Most competitions are organized into categories based on sex, age, and weight class. These events are all ages, with the fastest times coming from the 20 – 40 age bracket. Many open events at the World Championships are dominated by “on-water rowers.” Olympic world medal champions Pertti Karppinen, Rob Waddell, and Steven Redgrave have all won world championships or set records in the sport of indoor rowing.
Indoor rowing is a competitive and strenuous sport just as outdoor rowing is, and it is interesting to learn about its present and past.


