Tracking instructions

(800) 893-2447 www.bobgear.com email- info@bobgear.com

MA0501A

Phone: (208) 375-5171 Fax: (208) 375-5172, BOB Trailers, Inc. 5475 Gage St. Boise, Idaho 83706

We have added an enhanced feature to our jogging strollers that allows the customer to fine tune the tracking of their stroller. This document is designed to supplement to the Owner’s Manual. Proceed with initial setup and use of your stroller and only refer to this document if you believe there is a tracking problem with your stroller.

All fixed three wheeled vehicles can be easily influenced to deviate from a straight path. In some cases strollers can have or develop a tendency to pull to the right/left due to many different factors including tire pressure, wheel installation, road conditions and manufacturing tolerances. If you find your BOB stroller to significantly track or pull to the left or right during use on flat terrain, follow the sequence of instructions below.

Tracking Adjustment Instructions:

The fine-tuning of desired tracking should be performed in the following sequence.

front wheel, secure the wheel and brake quick release levers.

b. Perform roll test again. If the stroller still consistently pulls to the left or right when pushed straight, proceed to next step.

7)Fine tune tracking of stroller is accomplished by using the adjustment knobs shown in Fig. 4.

Rotate axle 90o

Fig. 2 Rotate Axle

1)Confirm the rear wheels are installed correctly. Refer to step 4 of the Owner’s Manual for installation instructions.

2)Confirm the front wheel is installed correctly. Refer to step 6 of the Owner’s Manual for correct installation instructions. When tightening the quick release make sure the front wheel is pushed straight and equally toward the back of the dropouts.

3)Check the tire pressure, making sure the tire pressure is exactly the same on all three tires.

4)Roll test the stroller as described below. It is recommended you have someone assist with this task in order to catch and return the stroller. Fig. 1 illustrates the roll test process.

Wheel Reoriented

With Quck Release

Lever On Opposite

Side

Fig. 3 Reorient Front Wheel

	Top View Of Stroller	Stroller pulls
	Wheel axles	to left
	Wheel axles	Stroller pulls
	perpendicular	Stroller pulls
	perpendicular	to right
	to straight line	to right
	to straight line
	90o
		16’
	Fig. 1 Stroller Roll Test

a. Empty the stroller. Do not roll test with a child or any occupant in the stroller.

b. Find a location on level ground approximately 16 ft. long. It is helpful to use an existing straight-line as a frame of reference such as the edge of the sidewalk or a painted line in a playground.

c. Align the stroller so the rear wheels are perpendicular to the straight line. Push and release the stroller trying carefully not to influence its direction to the left or right so it rolls straight down the test path. This step should be performed more than once to make sure the stroller was not biased left or right by the pushing action.

d. If the stroller consistently pulls to the left or right when pushed straight, proceed with the steps below until tracking is satisfactory. Fig 1. illustrates how to interpret the results.

Reference convention: Left and right are described as viewed from

the operator’s frame of reference (behind the stroller). Example: The parking brake lever is on the left side of the handlebar.

5)Rotate the front axle. Often tracking can be corrected by simply rotating the front wheel axle.

a.Open the front wheel quick release, step 6 of the Owner’s Manual. Rotate axle 90 degrees in dropout, Fig. 2 and retighten quick release.

b.Perform roll testing again. If the stroller still consistently pulls to the left or right when pushed straight, proceed to next step.

6)Reorient the front wheel. Many times the tracking can be corrected by removing the front wheel and flipping it around and reinstalling it.

a.Open the front wheel and front brake quick releases, step 6 of the Owner’s Manual. Remove the front wheel and flip it around so the quick release lever is on the opposite side, Fig. 3. Reinstall the

If your stroller pulls to the right, proceed as follows:

a. Open quick release lever on front wheel, step 6 in the Owners Manual. It is not necessary to remove the front wheel.

b. Turn the right knob clockwise 1-full turn, as shown in Fig. 5, thereby pushing the right side of the wheel forward. Retighten quick release.

c. Repeat Roll test. If stroller still pulls to the right, repeat steps A and B.

If your stroller pulls to the left, proceed as follows:

a. Open quick release lever on front wheel, step 6 in the Owners Manual. It is not necessary to remove the front wheel.

b. Turn the left knob clockwise 1-full turn, as shown in Fig. 6, thereby pushing the left side of the wheel forward. Retighten quick release.

c. Repeat Roll test. If stroller still pulls to the left, repeat steps A and B.

Front

Wheel

Left	Right
Adjust Knob	Adjust Knob
(Fig. 6)	(Fig. 5)

Fig 4. Adjust Knobs

Turn Knob Clockwise 1 Full turn

Fig. 5 Right Adjust Knob

Turn Knob Clockwise 1 Full turn

Fig. 6 Left Adjust Knob

MA0501A specifications

The BOB MA0501A is a cutting-edge electronic module designed for modern applications in various fields, including robotics, automation, and IoT (Internet of Things). This versatile device is equipped with an array of features, technologies, and characteristics that make it an invaluable component for developers and engineers.

One of the standout aspects of the BOB MA0501A is its compact design. Measuring only a few centimeters in size, it allows for easy integration into limited spaces without compromising performance. This small footprint makes it ideal for applications where space is at a premium, such as wearable devices and compact robotic systems.

The BOB MA0501A comes with a powerful microcontroller that supports a wide range of programming languages, enhancing accessibility for developers with varied skill sets. The onboard microcontroller typically operates at speeds exceeding 16 MHz, ensuring efficient processing capabilities necessary for real-time applications. Furthermore, it supports various communication protocols, including UART, I2C, and SPI, enabling seamless connectivity with other devices.

Another important feature of the BOB MA0501A is its extensive range of input and output pins. This flexibility allows users to connect numerous sensors, actuators, and additional components, expanding the module's capabilities for diverse applications. The digital input/output pins can handle multiple voltage levels, accommodating different electronic components.

In terms of power efficiency, the BOB MA0501A is designed to operate within a wide voltage range, typically from 3.3V to 5V. This adaptability makes it compatible with standard battery systems, as well as power supplies commonly found in various electronic projects.

The BOB MA0501A also incorporates advanced security and data protection features. This is particularly important for IoT applications, where data integrity and protection against unauthorized access are critical concerns. Built-in encryption functionalities help safeguard sensitive information during data transmission.

Additionally, the BOB MA0501A is designed with modularity in mind, allowing for easy upgrades and modifications. This characteristic ensures that developers can adapt their projects to evolving technological needs without requiring a complete redesign. The combination of its robustness, functionality, and ease of use positions the BOB MA0501A as an excellent choice for both hobbyists and professionals looking to innovate in their projects.