The rotational speed of grill motors commonly seen on the market is usually 2-4 RPM. Is this the optimal speed? Or is this speed too low? Based on our extensive manufacturing and customization experience, the most suitable speed depends on the type of food being grilled.
RPM: Revolutions Per Minute
We will discuss this in four groups:
1-2 RPM
2-3 RPM
3-5 RPM
5+ RPM
We will explore which foods are best suited for grilling at different grill motor speeds.
1-2RPM Grill Motor
1-2 RPM is considered a low speed for a motor, suitable for thicker ingredients such as large cuts of meat, whole roasted chickens, and thick steaks. The slow rotation ensures even cooking and prevents juices from splashing.
Market situation: Due to their limited applicability, motors with this parameter are less common in the market and can only be purchased through custom orders.
2-3RPM Grill Motor
2-3 RPM motors have a wide range of applications; they can be used for roasting meat chunks, whole chickens, or lamb.
Market situation: Motors in this speed range are the most numerous in the market because their versatility allows them to be used for roasting most types of food, and the manufacturing technology is mature, resulting in a low failure rate.
3-5RPM Grill Motor
Suitable for numerous small pieces of food, such as kebabs or small chickens. The faster rotation speed helps ensure even heating on all surfaces.
Market trend: Increasingly popular, commonly found in lightweight barbecue motors and portable grill motors.
5+RPM Grill Motor
This is typically used for very small food items or special setups. High rotation speeds are generally not necessary for regular grilling – excessive speed can lead to loss of juices from the meat.
Market situation: Less frequently used, generally for special needs or customized designs, such as Turkish kebabs, Cypriot kebabs, and shawarma.
Conclusion
If you want to buy a motor for everyday use, then choosing one with a speed of 2-3 RPM is the most suitable option, as it can meet the needs of most food preparation tasks.
