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Vernier - Go Direct Hand Dynamometer

Vernier - Go Direct Hand Dynamometer

Vernier - Go Direct Optical Dissolved Oxygen Replacement Cap

Vernier - Go Direct Optical Dissolved Oxygen Replacement Cap

Vernier - Go Direct Motion Detector

£193.27 £161.06

The Go Direct Motion Detector accurately tracks objects as close as 15 cm and as far away as 3.5 m. The compact design and wireless capability of this motion detector eliminate the concern of a dangling cable getting in the way.

SKU
VER-GDX-MD

The Go Direct Motion Detector accurately tracks objects as close as 15 cm and as far away as 3.5 m. The compact design and wireless capability of this motion detector eliminate the concern of a dangling cable getting in the way.

The Go Direct Motion Detector can be used in a variety of experiments:

  • Study position, velocity, and acceleration of carts when mounted on a track.
  • Match position or velocity graphs created in Graphical Analysis app.
  • Analyze the effects of air resistance on falling coffee filters.
  • Investigate simple harmonic motion by monitoring a mass on a spring.

Rechargeable Battery—Ready When You Are

The robust rechargeable battery offers long battery life and provides always-ready operation when using the sensor wirelessly. Monitor battery life directly from our award-winning Vernier Graphical Analysis® app, as well as LabQuest® 3. Should the battery run low, simply connect the sensor to the charging cable and keep on collecting—no interruptions or inconvenience to you or your students.

Wireless or Wired—The Flexibility to Choose

Our Go Direct sensors connect directly to your mobile device, Chromebook™, or computer using our Vernier Graphical Analysis® app—no additional equipment or software purchases are necessary. Go Direct sensors can be used wired via USB or wirelessly via Bluetooth® wireless technology, allowing you to choose the best solution for your classroom or laboratory.

Using the Go Direct® Motion Detector

Using the Go Direct® Motion Detector (6:21)

Specifications

  • Range: 15 cm to 3.5 m
  • Resolution: 1 mm
  • Maximum sampling rate: 30 samples/s
  • Accuracy: ≤±1.0% FS
  • Connections:
    • Wireless: Bluetooth
    • Wired: USB

Experiments

Elementary School (14 experiments)

ExperimentLab Book
Learning to Use a Motion DetectorInvestigating Motion
e-Motion!Investigating Motion
Spring into ActionInvestigating Motion
Air Ball!Investigating Motion
Driving with EnergyInvestigating Motion
Weigh Station—All Trucks Stop!Investigating Motion
Batty About ScienceInvestigating Motion
Learning to Use Go! MotionElementary Science with Vernier
e-MotionElementary Science with Vernier
Batty About ScienceElementary Science with Vernier
Spring into Action!Elementary Science with Vernier
Air Ball!Elementary Science with Vernier
Driving with EnergyElementary Science with Vernier
Weigh Station - All Trucks Stop!Elementary Science with Vernier

Middle School (24 experiments)

ExperimentLab Book
Mapping the Ocean FloorEarth Science with Vernier
Hit and RunForensics with Vernier
Bouncing BackForensics with Vernier
Speeding UpForensics with Vernier
Ocean Floor MappingExploring Earth and Space Science
Graphing Your MotionExploring Physical Science
Speeding UpExploring Physical Science
The Indy 100/Pencil CarExploring Physical Science
Crash DummiesExploring Physical Science
Falling ObjectsExploring Physical Science
A Speedy SlideExploring Physical Science
Ocean Floor MappingMiddle School Science with Vernier
Graphing Your MotionMiddle School Science with Vernier
Speeding UpMiddle School Science with Vernier
The Indy 100Middle School Science with Vernier
Crash DummiesMiddle School Science with Vernier
Falling ObjectsMiddle School Science with Vernier
A Speedy SlideMiddle School Science with Vernier
Graphing Your MotionPhysical Science with Vernier
Speeding UpPhysical Science with Vernier
It's Race DayPhysical Science with Vernier
Crash LessonPhysical Science with Vernier
Newton's Second LawPhysical Science with Vernier
Falling ObjectsPhysical Science with Vernier

High School (42 experiments)

ExperimentLab Book
Mapping the Ocean FloorEarth Science with Vernier
Hit and RunForensics with Vernier
Bouncing BackForensics with Vernier
Speeding UpForensics with Vernier
Springs Making Things MovePhysics Explorations and Projects
Kinetic Energy and MassPhysics Explorations and Projects
Work and Kinetic EnergyPhysics Explorations and Projects
Work Done by GravityPhysics Explorations and Projects
Energy in CollisionsPhysics Explorations and Projects
Constant Motion and Changing MotionPhysics Explorations and Projects
Balanced Forces and Unbalanced ForcesPhysics Explorations and Projects
OscillationsPhysics Explorations and Projects
Heat as Energy TransferPhysics Explorations and Projects
Newton’s Second LawPhysics Explorations and Projects
Impulse and MomentumPhysics Explorations and Projects
Equilibrium of ForcesPhysics Explorations and Projects
Conservation of MomentumPhysics Explorations and Projects
Impulse and MomentumAdvanced Physics with Vernier — Mechanics
Momentum and CollisionsAdvanced Physics with Vernier — Mechanics
The Mathematical Model of Simple Harmonic MotionAdvanced Physics with Vernier — Mechanics
Kinematics and Dynamics of Simple Harmonic MotionAdvanced Physics with Vernier — Mechanics
Motion on an InclineAdvanced Physics with Vernier — Mechanics
Newton's First LawAdvanced Physics with Vernier — Mechanics
Newton's Second LawAdvanced Physics with Vernier — Mechanics
Energy Storage and Transfer: Kinetic EnergyAdvanced Physics with Vernier — Mechanics
Energy Storage and Transfer: Gravitational EnergyAdvanced Physics with Vernier — Mechanics
Graphing Your MotionPhysical Science with Vernier
Speeding UpPhysical Science with Vernier
It's Race DayPhysical Science with Vernier
Crash LessonPhysical Science with Vernier
Newton's Second LawPhysical Science with Vernier
Falling ObjectsPhysical Science with Vernier
Static and Kinetic FrictionPhysics with Vernier
Air ResistancePhysics with Vernier
Simple Harmonic MotionPhysics with Vernier
Energy of a Tossed BallPhysics with Vernier
Energy in Simple Harmonic MotionPhysics with Vernier
Graph MatchingPhysics with Vernier
Back and Forth MotionPhysics with Vernier
Cart on a RampPhysics with Vernier
Determining g on an InclinePhysics with Vernier
Ball TossPhysics with Vernier

College (32 experiments)

ExperimentLab Book
Springs Making Things MovePhysics Explorations and Projects
Kinetic Energy and MassPhysics Explorations and Projects
Work and Kinetic EnergyPhysics Explorations and Projects
Work Done by GravityPhysics Explorations and Projects
Energy in CollisionsPhysics Explorations and Projects
Constant Motion and Changing MotionPhysics Explorations and Projects
Balanced Forces and Unbalanced ForcesPhysics Explorations and Projects
OscillationsPhysics Explorations and Projects
Heat as Energy TransferPhysics Explorations and Projects
Newton’s Second LawPhysics Explorations and Projects
Impulse and MomentumPhysics Explorations and Projects
Equilibrium of ForcesPhysics Explorations and Projects
Conservation of MomentumPhysics Explorations and Projects
Impulse and MomentumAdvanced Physics with Vernier — Mechanics
Momentum and CollisionsAdvanced Physics with Vernier — Mechanics
The Mathematical Model of Simple Harmonic MotionAdvanced Physics with Vernier — Mechanics
Kinematics and Dynamics of Simple Harmonic MotionAdvanced Physics with Vernier — Mechanics
Motion on an InclineAdvanced Physics with Vernier — Mechanics
Newton's First LawAdvanced Physics with Vernier — Mechanics
Newton's Second LawAdvanced Physics with Vernier — Mechanics
Energy Storage and Transfer: Kinetic EnergyAdvanced Physics with Vernier — Mechanics
Energy Storage and Transfer: Gravitational EnergyAdvanced Physics with Vernier — Mechanics
Static and Kinetic FrictionPhysics with Vernier
Air ResistancePhysics with Vernier
Simple Harmonic MotionPhysics with Vernier
Energy of a Tossed BallPhysics with Vernier
Energy in Simple Harmonic MotionPhysics with Vernier
Graph MatchingPhysics with Vernier
Back and Forth MotionPhysics with Vernier
Cart on a RampPhysics with Vernier
Determining g on an InclinePhysics with Vernier
Ball TossPhysics with Vernier

Requirements

Choose a platform below to see its compatibility requirements.

LabQuest

InterfaceLabQuest App
LabQuest 3Full support
LabQuest 2Full support 1
LabQuestIncompatible

Compatibility Notes

  1. Wireless connection of this sensor to a LabQuest 2 requires a Go Direct Bluetooth Adapter (discontinued) when used with some older LabQuest 2 models.

Computers

Software
InterfaceGraphical AnalysisGraphical Analysis (Web App)
No interface requiredFull supportFull support
LabQuest 3Full support 1Incompatible
LabQuest 2Full support 1 2Incompatible

Compatibility Notes

  1. Connect this sensor directly to a computer or Chromebook via a USB or wireless Bluetooth® connection for best results. Alternatively, this sensor is fully supported when used with LabQuest 2 or LabQuest 3 when the LabQuest is connected via Wireless Data Sharing.
  2. Wireless connection of this sensor to a LabQuest 2 requires a Go Direct Bluetooth Adapter (discontinued) when used with some older LabQuest 2 models.

Chromebook

Software
InterfaceGraphical Analysis (Web App)
No interface requiredFull support

iOS

Software
InterfaceGraphical AnalysisGraphical Analysis GW
No interface requiredFull supportFull support
LabQuest 3Full support 1 2Full support 1 2
LabQuest 2Full support 1 2 3Full support 1 2 3

Compatibility Notes

  1. Connect this sensor directly to a supported mobile device via a wireless Bluetooth® connection for best results.
  2. iOS and Android™ devices can only connect to LabQuest 2 or LabQuest 3 via Wireless Data Sharing.
  3. Wireless connection of this sensor to a LabQuest 2 requires a Go Direct Bluetooth Adapter (discontinued) when used with some older LabQuest 2 models.

Android

Software
InterfaceGraphical AnalysisGraphical Analysis GW
No interface requiredFull supportIncompatible
LabQuest 3Full support 1 2Full support 1
LabQuest 2Full support 1 2 3Full support 1 3

Compatibility Notes

  1. iOS and Android™ devices can only connect to LabQuest 2 or LabQuest 3 via Wireless Data Sharing.
  2. Connect this sensor directly to a supported mobile device via a wireless Bluetooth® connection for best results.
  3. Wireless connection of this sensor to a LabQuest 2 requires a Go Direct Bluetooth Adapter (discontinued) when used with some older LabQuest 2 models.

Python

Software
InterfacePython
No interface requiredFull support

Javascript

Software
InterfaceJavascript
No interface requiredFull support 1

Compatibility Notes

  1. A wireless Bluetooth® connection can be made with Go Direct sensors on any platform running a browser with WebBluetooth support. However, only a few operating systems have been tested and testing has been limited.

Arduino

Software
InterfaceArduino
Arduino UNO R4 WiFiFull support

LabVIEW

Software
InterfaceNI LabVIEW
No interface requiredFull support

Texas Instruments

Software
InterfaceEasyData
No interface requiredFull support 1 2 3

Compatibility Notes

  1. TI-84 Evo calculators only (OS v7.1.0 or newer).
  2. Connect this sensor via USB. Wireless data collection is not supported.
  3. Requires USB adapter and/or cable not included with the sensor or calculator

What's Included

  • Vernier Go Direct Motion Detector
  • Micro USB Cable
More Information
Manufacturer Vernier
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