LabQuest Mini (Model 2) is a powerful, affordable, and easy-to-use sensor interface for data collection on a computer or a Chromebook. User Manual - LQ-MINI

LabQuest® 3 is a powerful, advanced, easy-to-navigate, and versatile data-logging solution for STEM students. The built-in data-collection and analysis app works with all Vernier sensors, supporting hands-on data collection in the classroom, in the lab, and in the field. LabQuest 3 includes a Micro USB Cable and LabQuest 3 Power Supply. Specifications Display 15.41 cm x 8.59 cm (17.64 cm diagonal) screen LED backlight Landscape screen orientation Connectivity Wi-Fi 802.11 b/g/n @ 2.4GHz Bluetooth® wireless technology Touch Interface Capacitive touch screen Touch and drag—Use touch and drag to select regions on a graph or to scroll through menus. Long Press—Use the long press to activate special functionality on some objects such as holding down the keyboard shift key to enable shift lock, or to initial a table selection. Two-Finger Pinch/Zoom/Pan—Use this gesture to manually scale graphs or pan the data table. Double tap—Double tap to scale the graph to fit the data or to edit elements of the data table such as cell data (when allowed), column name, or dataset name. Single-finger swipe (from edges)—This gesture is used to change what app is displayed. Data Acquisition 100,000 samples per second 12-bit resolution Built-in GPS and microphone Environmental Durability Operating temperature: 0 – 45°C Storage temperature: -30 – 60°C Splash resistant Rugged enclosure designed to withstand a fall from lab bench Size and Weight Size: 11.7 cm x 19.0 cm x 4.0 cm Weight: 549 g Ports 3 analog ports 2 digital ports 2 full-size USB ports for sensors Micro USB port for computer communication Audio out DC power port Storage 500 MB Expandable with USB flash drive Power Rechargeable, high-capacity battery DC charging/powering through external adapter (included) User Manual - LABQ3-INTL

With Graphical Analysis Pro, students can visualize scientific data collected from Vernier sensors—boosting their understanding and engagement using rich, real–time graphs. This-easy-to-use-app works on operating systems commonly found in the classroom. Graphical Analysis Pro also includes crucial features that promote three-dimensional learning, critical thinking, student collaboration, asynchronous instruction, and deeper analysis of experiment phenomena. Review the comparison table below to see what Graphical Analysis Pro can add to your classroom.  Data Collection Collect experiment data from multiple sensors simultaneously using a multiple-channel interface, such as LabQuest Stream® or multiple Go Direct® sensors. Data Visualization Help your students visualize experiment data—and increase comprehension and retention—with richly detailed, customizable graphing.         Graphical Analysis Pro Remote EducationData Sharing Boost your students’ understanding of complex science concepts with real-time data sharing. Seeing experiment data collected right before their eyes helps students connect abstract ideas to the real world. Videos Synced with Data Customize instruction and learning using your experiment videos synced with data. Your students can even upload and share their own videos.   Sample Experiments Access dozens of experiment videos synced with real data to support both remote and in-person learning. These sample experiments help your students experience an experiment, even when lab equipment is unavailable. You can also use sample experiments for pre-labs and differentiation of instruction. Advanced Data Analysis Give your students more options for deeper analysis with user-defined curve fits and calculated columns. These features provide equation and expression customizations directly in the app for immediate analysis.

The Vernier Arduino Interface Shield provides a convenient way to connect Vernier LabQuest® sensors to Arduino UNO microcontrollers, such as the Arduino UNO R4 WiFi. The Interface Shield also includes the Vernier Coding Activities with Arduino: Analog Sensors e-book at no additional cost*, providing engaging coding activities to get started. *E-book is available at no additional cost for new Interface Shield orders. User Manual - BT-ARD

Motion adds a new dimension of engagement in math, science and coding Programming Rover to move is a fun way to explore topics and concepts in middle grades and high school, promote collaborative problem-solving, and spark lively conversations.   Plug-and-play ready The TI-Innovator™ Rover is out-of-the-box ready to connect to the TI-Innovator™ Hub, which is placed in a special bay on Rover. Either a TI-84 Plus CE graphing calculator or TI-Nspire™ CX handheld is secured with clamps on top of Rover. Motivate students to think differently Rover rolls over roadblocks to learning by providing students with a new way to experience — not just see — math. The physical representation creates an additional entry point to problem solving that connects math, coding and movement. Take the on-ramp to robotics Rover is an introduction to coding and robotics. The simple programming language that is built into TI graphing technology makes it easy to program the system, run it and troubleshoot to correct or fine-tune performance. Make math a moving experience Motion enables students to engage in math from a new perspective. Rover puts math in their world in a way that encourages them to ask, "what if...?" and inspires them to persist in finding solutions to make the vehicle perform the way they want it to.   Built for the classroom A durable, rechargeable battery powers Rover's two motors. The vehicle also includes a color sensor; a distance sensor; an LED display; a holder for a marker to draw paths on paper; and a gyroscope to measure heading.   Unlimited opportunities Rover's design allows for access to the TI-Innovator™ Hub input and output ports, so students can add additional capabilities to their Rover experience.

Inspire the next generation of innovators and Inventors. The TI-Innovator Hub is the centerpiece of the TI-Innovator System, a project kit that extends the functionality of Texas Instruments (TI) graphing calculators to make coding and engineering design accessible to students in the classroom. Plug-and-play and ready-to-use with TI graphing calculators, the TI-Innovator Hub enables students to learn basic coding and design, use those skills to program and build working solutions, and connect science, technology, engineering and math (STEM) concepts. Plug-and-play with the TI-84 Plus CE-T graphing calculator and the TI-Nspire CX handheld and software Enclosed in a durable case that is ready for your classroom Students can write code to program working solutions that actuate a red-green-blue LED, single red LED, light brightness sensor and speaker built into the TI-Innovator Hub. I/O ports support additional components to expand TI-Innovator System functionality Supports an external breadboard to create and build projects TI LaunchPad Technology inside is the same technology used by real engineers to design products Three input ports, Three output ports Breadboard connector with 20 labeled pins I²C port Mini-USB Port (DATA port for connection to a TI graphing calculator, or a computer running TI-Nspire CX software) Micro-USB port (POWER port to connect to external power source) Powered by a MSP-EXP432P401-ET TI LaunchPad Board Compatible programming languages: TI Basic (through TI-84 Plus CE-T graphing calculator or TI-Nspire CX Technology) Lua (through TI-Nspire CX Technology)

The components in this pack connect to the TI-Innovator Hub breadboard connectorContains the needed components for the Path to STEM Projects activitiesPack contains a breadboard and multiple components to explore such as LEDs, Resistors, Thermistor, Switches, Potentiometer, Segment Display, Small DC motor and more Breadboard Forty – male to male breadboard jumper cables Ten – male to female breadboard jumper cables LEDs five (5)- green, ten (10)-red, two (2)-RGB Resistors ten (10)-each of 100 Ohm, 1K Ohm, 10K Ohm, 100K Ohm, 10M Ohm Assorted capacitors 1- each of 100 µF, 10 µF, 1 µF Seven segment display 940nm Infrared transmitter and receiver Thermistor Analog temperature sensor Potentiometer with knob Small DC motor Diode Light sensor SPDT slide switch Eight-Position DIP switch 8 100 Ohm resistor SIP package Two-Power MOSFET Four AA battery holder

Allows for connection to four popular Vernier sensors (pH, Temperature, Force, or Pressure sensors) to the TI-Innovator™ Hub. Designed to be used with the TI-Innovator™ Hub.

Description The SparkFun RedBoard is an Arduino™ UNO-compatible board, which is perfect for use with the Vernier Arduino Interface Shield. A USB Mini-B cable is included. The SparkFun RedBoard is an Arduino-compatible board that is perfect for use with the Vernier Arduino Interface Shield. It is a surface-mount board, which is pin-for-pin compatible with a R3 3 Arduino layout. The key difference between the RedBoard and most Arduino boards is that it uses a mini-B USB connector instead of a full-size type-B USB connector. The RedBoard operating voltage is 5 volts, which is required for use with most Vernier sensors. You can power the RedBoard either with the USB connector (included) or with a 7-15 V barrel jack power supply (not included). To use Vernier sensors with the SparkFun Redboard, you will need the Vernier Arduino Interface Shield. See our full guide on how to use Vernier sensors with Arduino » Specifications Dimensions: 2.7 x 2.1″ (68.58 x 53.34mm) USB-to-Serial Chip: FTDI FT232RL Main Processor: ATmega328 Flash Memory: 32kB Clock Speed: 16MHz Operating Voltage: 5 volts Digital I/O Pins: 14 (6 PWM outputs) Analog Inputs: 6 Button: Reset USB Connector: USB Mini-B cable (included) Barrel jack power connector: 5 mm, with 2.1 mm center pole (center pole +, 7 to 15 V supply) Vernier Arduino Interface Shield 2 analog sensor ports (BTA sockets) 2 digital sensor ports (BTD sockets) Reset button General-purpose button Indicator LED Includes a multiplexer to allow auto-ID to work on both channels (both analog and digital) Supported Microcontrollers SparkFun Arduino RedBoard Arduino UNO Arduino Leonardo Intel Galileo

This pack contains I/O Module components for projects that connect science concepts, programming and coding skills. The components in this pack connect to the TI-Innovator Hub output and input ports. Contains the needed components for the Science Through Engineering Design activities. Components can be used to extend students’ programming creativity. Servo motor: 360 degree, continuous rotation servo Motor Vibration motor: Coin type motor that vibrates Light sensor: Sensor that detects the light intensity of the environment. White LED: Light-emitting diode that emits white light

Students get excited when they see coding come to life through hands-on digital technology. Integrating Vernier LabQuest® sensor technology with Arduino microcontrollers connects the physical world to the computer-centric activity of learning to code. The Vernier Coding Activities with Arduino: Analog Sensors e-book is included with the purchase of the Vernier Arduino Interface Shield. User Manual - VCA-AS-E

The TI Bluetooth® adapter allows select Texas Instruments (TI) calculators to wirelessly connect to one of our six most popular Go Direct® sensors. Students can code beyond the screen of their TI calculator by integrating live sensor data into their Python® programming language activities. See Texas Instruments website for more information.TI Bluetooth Adaptor Settup GuideAdditional Resources from Texas InstrumentsSupported Calculators: TI-84 Plus CE (Python Edition) TI-Nspire CX II Handheld TI-Nspire CX II CAS Handheld Supported Go Direct® Sensors: Go Direct® Force and Acceleration Sensor* Go Direct® Light and Color Sensor* Go Direct® Motion Detector Go Direct® pH Sensor Go Direct® Gas Pressure Sensor Go Direct® Temperature Probe *This sensor has multiple sensor channels; however, the TI-84 Plus CE Python Edition calculator only supports one sensor channel at a time. The TI-Nspire CX II and TI-Nspire CX II CAS handhelds support up to four sensor channels at a time from this sensor.