Domino's Pinpoint Delivery makes enjoying pizza more accessible than ever." ![]() With Domino's Pinpoint Delivery, customers can get their favorite menu items just about wherever their adventure takes them – whether they're soaking up the sun at a beach or having a picnic with friends in the park. "Delivery innovation is at the core of who we are, so we're thrilled to give customers a new delivery option by allowing them to receive their order nearly anywhere, with the drop of a pin. "Domino's has a long history of innovating within the delivery space, dating back to 1960 – from pioneering pizza delivery to launching the industry-first Domino's Tracker ®, and rolling out the largest electric pizza delivery fleet in the country," said Thomas-Moore. Domino's will also alert customers when their delivery expert arrives at the pickup spot, at which time they can activate a visual signal on their phone, which will help the driver spot them. Domino's Pinpoint Delivery allows customers to track their order with Domino's Tracker ®, see their driver's GPS location, view an estimated time of arrival and receive text alerts about their delivery. With Domino's Pinpoint Delivery, customers can receive their order at a countless number of dynamically created hyper-local spots without a typical address. "We're always striving to make customers' experiences even better and more convenient, and Domino's Pinpoint Delivery does exactly that." to deliver food to customers with the drop of a pin," said Christopher Thomas-Moore, Domino's senior vice president – chief digital officer. "Domino's is proud to be the first quick-service restaurant brand in the U.S. to deliver food to customers with the drop of a pin. A reinterpretation of several earlier studies is suggested.Domino's is the first quick-service restaurant brand in the U.S. The electrical activity remains essentially the same in the prime movers while a marked reduction is seen in the auxiliary muscles. These results support a hypothesis earlier proposed by Payton to the effect that all the the agonists which contribute to a skilled performance begin as a relatively undifferentiated mass of muscle as learning takes place the various elements of this muscle mass are differentiated into prime movers and auxiliaries. ![]() No statistically significant differences were found in prelearning and postlearning data with regard to electrical activity, movement time or range of movement. Electromyography and cinematography were used in data collection. The muscle chosen for this study was the abductor digiti quinti of the nondominant hand and the novel task involved propelling a small plastic disk into a specific target area. The purposes of this study were as follows: (1) to refine prior studies by investigating one muscle which provided all the agonistic motion involved in a novel motor task, (2) the pinpoint the exact time during which motor activity contributed to the final task, (3) to study the electrical changes that occurred in that one muscle as it developed skill, and (4) to compare the results of this study with the previous studies in this series.
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