Comparison GamePro MG310 vs Esperanza Warrior
Add to comparison | ![]() | ![]() |
|---|---|---|
| GamePro MG310 | Esperanza Warrior | |
| Outdated Product | from £19.70 | |
| TOP sellers | ||
| Product type | gamepad | gamepad |
| Platform | PC (Windows) | PC (Windows) |
| Interface | wired | wired |
| Wired interface | USB-A | USB-A |
| Cable length | 1.8 m | 1.8 m |
Technical specs | ||
| Number of buttons | 11 | 11 |
| Feedback | vibration | vibration |
| D-pad | 4 position | 4 position |
| Sticks | 2 asymmetrical | 2 both from below |
| Bumpers | 2 | 4 |
| Triggers | 2 | |
General | ||
| Material | plastic | plastic |
| Power source | USB port | USB port |
| Color | ||
| Added to E-Catalog | august 2023 | june 2016 |
Compare GamePro MG310 and Esperanza Warrior
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Glossary
Sticks
The number and location of analogue sticks provided in the design of the manipulator.
The analogue lever can be described as a "miniature joystick" — it is a protruding lever that can be deflected in any direction. Its purpose is generally similar to the D-Pad (see above), but the stick does not have fixed positions; this provides more "fine" control, which is very important in modern games. In addition, tilting it is often more convenient than pressing the D-Pad.
Separately, it is worth mentioning sticks on Hall sensors. The design of such levers is more reliable due to the absence of rubbing and contacting parts, and the position of the stick is determined by changes in the fluctuations of the magnetic field, which are monitored by appropriate sensors. Sticks on Hall sensors do not have “dead zones”, are devoid of the drift effect (misalignment), and wear out an order of magnitude slower. However, such solutions are not cheap.
This feature is most widely used in gamepads (see "Device type") — most of these controllers have at least one lever, models without sticks are already considered rare. In addition, such equipment, by definition, is installed in all arcade controllers; and analogue levers are also found in virtual reality weapons and motion controllers — it is very convenient to control the movement of the character through them.
...As for the location, it is indicated mainly for traditional design gamepads with a full set of controls, including 2 sticks. The most common options here are the left lever on top, the right one on the bottom ( like Xbox) or both levers on the bottom (like PlayStation). Much less common are devices where both analogue sticks are installed on top — this is, in particular, a regular gamepad for Wii U, as well as many models for mobile gadgets. And in some manipulators, a customizable (adjustable) arrangement of levers is provided: usually, the right stick in such models is fixed, and the left one can be installed from above or below, changing the format of the gamepad to suit your preferences.
The analogue lever can be described as a "miniature joystick" — it is a protruding lever that can be deflected in any direction. Its purpose is generally similar to the D-Pad (see above), but the stick does not have fixed positions; this provides more "fine" control, which is very important in modern games. In addition, tilting it is often more convenient than pressing the D-Pad.
Separately, it is worth mentioning sticks on Hall sensors. The design of such levers is more reliable due to the absence of rubbing and contacting parts, and the position of the stick is determined by changes in the fluctuations of the magnetic field, which are monitored by appropriate sensors. Sticks on Hall sensors do not have “dead zones”, are devoid of the drift effect (misalignment), and wear out an order of magnitude slower. However, such solutions are not cheap.
This feature is most widely used in gamepads (see "Device type") — most of these controllers have at least one lever, models without sticks are already considered rare. In addition, such equipment, by definition, is installed in all arcade controllers; and analogue levers are also found in virtual reality weapons and motion controllers — it is very convenient to control the movement of the character through them.
...As for the location, it is indicated mainly for traditional design gamepads with a full set of controls, including 2 sticks. The most common options here are the left lever on top, the right one on the bottom ( like Xbox) or both levers on the bottom (like PlayStation). Much less common are devices where both analogue sticks are installed on top — this is, in particular, a regular gamepad for Wii U, as well as many models for mobile gadgets. And in some manipulators, a customizable (adjustable) arrangement of levers is provided: usually, the right stick in such models is fixed, and the left one can be installed from above or below, changing the format of the gamepad to suit your preferences.
Bumpers
Bumpers or Shifts are buttons located on the top of gaming controllers. They are intended for assigning various actions in games, and are also used for user interaction with menu interfaces and applications on gaming consoles or computers.
Such control elements are characteristic of gamepads (see "Type") and are rarely found in other types of gaming controllers. Shifts are usually pressed with the index fingers while holding the gamepad. Often, bumper buttons can perform different functions depending on the game (for example, switching weapons, running mode, etc.), and they are also used for navigating between sections of the user interface. In any case, bumpers provide additional control options for the player.
Such control elements are characteristic of gamepads (see "Type") and are rarely found in other types of gaming controllers. Shifts are usually pressed with the index fingers while holding the gamepad. Often, bumper buttons can perform different functions depending on the game (for example, switching weapons, running mode, etc.), and they are also used for navigating between sections of the user interface. In any case, bumpers provide additional control options for the player.
Triggers
Auxiliary controls located on the top of the gamepad at the back of the body. The triggers are pressed by the player's index or middle fingers.
In classic gamepads and joysticks, triggers are used to control various actions in games (for example, accelerating a car in racing games, shooting in shooters, etc.). Some models allow the trigger to be pressed halfway for aiming in the game or fully for firing at enemies. Such buttons may also feature a vibration feedback function. In the vast majority of cases, triggers are based on potentiometers (variable resistors), less frequently on Hall sensors, which track changes in the magnetic field fluctuations and lack frictional parts in their construction (though they are more expensive).
Triggers are arranged somewhat differently in clip-on gamepads for smartphones (see "Type"). Often these controls are equipped with lever-type mechanisms and sensitive contacts to the touchscreen layer, which touch a specific area of the display when the levers are pressed. Depending on the game layout, various control functions (shooting, aiming, crouching, or jumping, etc.) are typically assigned to the triggers.
In classic gamepads and joysticks, triggers are used to control various actions in games (for example, accelerating a car in racing games, shooting in shooters, etc.). Some models allow the trigger to be pressed halfway for aiming in the game or fully for firing at enemies. Such buttons may also feature a vibration feedback function. In the vast majority of cases, triggers are based on potentiometers (variable resistors), less frequently on Hall sensors, which track changes in the magnetic field fluctuations and lack frictional parts in their construction (though they are more expensive).
Triggers are arranged somewhat differently in clip-on gamepads for smartphones (see "Type"). Often these controls are equipped with lever-type mechanisms and sensitive contacts to the touchscreen layer, which touch a specific area of the display when the levers are pressed. Depending on the game layout, various control functions (shooting, aiming, crouching, or jumping, etc.) are typically assigned to the triggers.



















