Hall Effect Sticks for PS5 Controller

Experience gaming on the next level with the original Rocket Games Hall Effect Sticks – the first Hall Effect sticks ever used in PS5 controllers. Say goodbye to stick drift, imprecise inputs, and short-lived analog sticks. Our technology combines magnetic precision with uncompromising durability – designed for gamers who demand more.

What exactly are Hall Effect Sticks?

Hall Effect Sticks are based on a contactless magnetic field sensor principleInstead of relying on mechanical potentiometers, our sticks measure position changes using magnetic fields. This eliminates wear and tear – and no stick drift.

The result:

  • Permanently precise control
  • gentle, even movement
  • No readjustment or calibration necessary.
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Rocket Games – Pioneers of Hall Effect Technology

We were the First, the Hall Effect Sticks in PS5 controllers We integrated it – long before major brands recognized the trend. Our experience is evident in every detail:

  • 2-year warranty on our Hall Effect Sticks (unique on the market)
  • Handcrafted assembly & quality control in Switzerland
  • Perfect compatibility with all PS5 and PC games

Our processor chip offers several advantages over others:

  • GL chip with 8x faster polling rate
  • 4 Hall sensors instead of just 2
  • Lower power consumption with only 2.3 mA
  • 8x more precision

Even more precise thanks to TMR technology

Our Hall Effect Sticks go beyond the standard:

They also use the TMR (Tunnel Magneto Resistance) Technology – a further development of classic Hall Effect sensors. This offers additional advantages:

Even higher measurement accuracy

by detecting the finest magnetic deviations

Completely wear-free function

without mechanical contacts

Ultra-long lifespan

Ideal for pro gamers and hardcore gamers

Advantages of our Hall Effect Sticks at a glance

✅ No stick drift – forever

✅ Precise input without delay

✅ Long lifespan thanks to contactless sensors

✅ 2-year warranty

✅ Compatible with all PS5 games

✅ Developed by gamers for gamers

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Vergleich der Stick Technologien

Eigenschaft Herkömmliche Analogsticks (Potentiometer) Hall Effect Sticks mit TMR-Technologie
Funktionsprinzip Mechanischer Schleifkontakt über Potentiometer – Bewegung durch Änderung des elektrischen Widerstands gemessen. Kontaktlose magnetische Sensorik: Bewegung wird über magnetische Felder gemessen (Hall Effect), ergänzt durch TMR (Tunnel Magneto Resistance) für noch feinere Messung.
Verschleißanfälligkeit Relativ hoch – durch mechanischen Kontakt verschleißen Teile, Staub und Abrieb führen zu Ausfällen bzw. Drift. Sehr gering – keine beweglichen Schleifkontakte, die sich abnutzen können; TMR-Sensorik ist noch robuster.
Stick Drift Risiko Höher – häufiges Problem durch Verschleiß oder Auslenkung der Neutralposition. Deutlich geringer bis nahezu ausgeschlossen – magnetische Sensorik verhindert typische Drift-Probleme.
Präzision & Totzonen (Dead-Zone) Weniger fein – größere Totzonen erforderlich, da Verschleiß und Kontaktprobleme Einfluss haben. Feinere Eingabe möglich – dank TMR zusätzlich erhöhte Auflösung und geringere Totzonen.
Langlebigkeit Begrenzt – nach intensiver Nutzung deutlich stärkerer Verschleiß möglich. Sehr hoch – langlebige Sensorik ohne mechanischen Abrieb. Ideal für intensives Gaming.
Technologie-Kosten / Herstellung Günstiger – etablierte Technik, einfache Fertigung. Höherer Aufwand & Kosten – modernste Sensorik, TMR vielfach noch selten.
Empfohlen für Standard-Gaming, Gelegenheitsspieler, günstige Controller. Pro Gamer, Dauerzocker, anspruchsvolle Steuerung, lange Lebensdauer gefordert.

Vergleich der Stick Technologien

Funktionsprinzip
Herkömmliche Analogsticks (Potentiometer)
Mechanischer Schleifkontakt über Potentiometer – Bewegung durch Änderung des elektrischen Widerstands gemessen.
Hall Effect Sticks mit TMR-Technologie
Kontaktlose magnetische Sensorik: Bewegung wird über magnetische Felder gemessen (Hall Effect), ergänzt durch TMR (Tunnel Magneto Resistance) für noch feinere Messung.
Verschleißanfälligkeit
Herkömmliche Analogsticks (Potentiometer)
Relativ hoch – mechanischer Kontakt, Staub und Abrieb führen zu Ausfällen bzw. Drift.
Hall Effect Sticks mit TMR-Technologie
Sehr gering – keine beweglichen Schleifkontakte, TMR-Sensorik erhöht Robustheit.
Stick Drift Risiko
Herkömmliche Analogsticks (Potentiometer)
Höher – häufig durch Verschleiß oder Auslenkung der Neutralposition.
Hall Effect Sticks mit TMR-Technologie
Deutlich geringer bis nahezu ausgeschlossen – magnetische Sensorik verhindert typische Probleme.
Präzision & Totzonen (Dead-Zone)
Herkömmliche Analogsticks (Potentiometer)
Weniger fein – größere Totzonen nötig, Verschleiß beeinflusst Steuerung.
Hall Effect Sticks mit TMR-Technologie
Feinere Eingabe möglich – dank TMR zusätzlich erhöhte Auflösung und geringere Totzonen.
Langlebigkeit
Herkömmliche Analogsticks (Potentiometer)
Begrenzt – nach intensiver Nutzung stärkerer Verschleiß möglich.
Hall Effect Sticks mit TMR-Technologie
Sehr hoch – langlebige Sensorik ohne mechanischen Abrieb. Ideal für intensives Gaming.
Technologie-Kosten / Herstellung
Herkömmliche Analogsticks (Potentiometer)
Günstiger – etablierte Technik, einfache Fertigung.
Hall Effect Sticks mit TMR-Technologie
Höherer Aufwand & Kosten – modernste Sensorik, TMR noch selten.
Empfohlen für
Herkömmliche Analogsticks (Potentiometer)
Standard-Gaming, Gelegenheitsspieler, günstige Controller.
Hall Effect Sticks mit TMR-Technologie
Pro Gamer, Dauerzocker, anspruchsvolle Steuerung, lange Lebensdauer gefordert.

Choose a model

All our controllers can be equipped with Hall Effect Sticks.

Personalize

Design your custom design and choose the scope of features.

Design now

Force X

Our most popular controller offers 8 Features and is particularly flexible. Choose from 42 designs.

Buy ForceX Controller

Force Pro

With 6 technical features The Force Pro is particularly suitable for shooters. Choose from 38 designs.

Buy Force Pro Controller

Force

The 4 most important features This makes the Force a great entry-level model. Choose from 36 designs.

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Frequently asked questions about our Hall Effect Controllers

What are "Hall Effect Sticks"?

Hall effect sticks use magnetic sensors to detect stick position instead of mechanical contacts. This means: no wear-prone sliding contacts, no typical stick drift due to wear.

Why do conventional analog sticks fail?

Classic analog sticks use potentiometers – these are mechanical resistance elements where a sliding contact moves across a resistance track. Over time, this track wears down due to friction; dust or foreign matter can affect the material, leading to faulty signals ("stick drift").

How do Hall Effect Sticks differ in everyday use?

Because no mechanical contact surfaces are used, Hall Effect sticks are significantly more durable and drift-resistant. Furthermore, the contactless technology often allows for smaller dead zones and more precise inputs.

What is the TMR technology used by Rocket Games?

Our Hall Effect Sticks also utilize TMR (Tunnel Magnetoresistance) technology – an advancement of Hall sensor technology. This allows for finer measurement of magnetic deviations and even better precision and durability.

Why should I choose a controller with Rocket Games Hall Effect Sticks?

With us you get:

  • the first Hall Effect Sticks for PS5 Controller at all (pioneer status)
  • as only one on the market one 2-year warranty on the Hall Effect Sticks
  • The combination of Hall Effect sensor technology + TMR technology for maximum precision & lifespan
Is this also suitable for competitive gaming?

Yes – especially where every movement counts, the strengths of our sensor technology come into play: minimal wear and tear, precise feedback, hardly any dead zone, no stick drift – ideal, for example, in shooters or fast reaction games.

Are there any disadvantages to Hall Effect Sticks?

In principle, Hall Effect Sticks are superior to conventional sticks in every respect, as you can see from our comparison table.

What exactly does the 2-year warranty include?

Our warranty covers material and manufacturing defects of the Hall Effect Stick Modules for the first 24 months — under normal use.