Satellite Communication on the Move enables broadband connectivity for mobile platforms. In this context, the expansion of LEO and MEO satellite constellations demands user terminals with better beam agility, reduced weight, and cost-efficiency. Traditional mechanically steered reflectors and phased arrays provide necessary performance but are unsuitable for widespread civilian use due to their complexity and high power consumption. These challenges highlight the need for simpler and lightweight antennas that still meet the required radiation performance standards. A possible solution consists of the use of a primary feed with a reduced number of electronically controlled elements plus a planar or slightly curved meta-lens, located in the near field region of the primary feed and realized with a (quasi-)planar structure, to reduce the antenna system profile.